Products

The E-Val™ Pro wired thermocouple system is immensely easy to handle within controlled environments due to its compact size and light weight. The thermocouple system complies with FDA regulations as well and GAMP guidelines and is designed to be the ideal solution for any thermal validation process.

The secure and password protected module can handle up to 40 thermocouples and the large internal memory is capable of holding up to 10 studies at a time. The wired thermocouple system has a built-in 8-hour battery and can be used as a stand-alone unit or be connected to a PC via LAN/USB.

The E-Val Pro is equipped with interchangeable sensor arrays, which can easily be removed for service and calibration. With 4 and 12-channel arrays available, the E-Val Pro can handle all thermocouple types as well as analog and digital inputs.

• Light and compact module
• Individual cold junction compensation
• Easy to handle and transfer from study to study
• Up to 40 sensors per module
• USB connectors
• Graphical Interface and touch display
• Password protected module
• Clean room suitable due to no fan
• Stand-alone function

Thermocouple system with graphical display
Due to its 8’’ display and user-friendly interface with touch function, the thermocouple system is very intuitive and easy to operate. The thermocouples are equipped with USB connectors, resulting in a safe, fast and easy plug-and-play setup. The graphical display increases efficiency as the measured results are easy to read and analyze on the spot. The easy expandability with various parameter and sensor options, makes the E-Val Pro thermocouple system a complete validation solution for any facility with a wide variety of applications.

High accuracy thermocouples with cold junction compensation
All Ellab type T thermocouples have a built-in cold junction compensation in the USB connector. A Pt1000 element in each individual thermocouple, ensures a high accuracy leading to a more stable and accurate validation process.

Validation Software with numerous reporting options
The thermocouple system also utilizes the FDA 21 CFR Part 11 compliant ValSuite™ Pro validation software, which keeps a complete database of all aspects of your validation requirements – tracking thermocouples, calibration reports, test setup, data analysis, specific user access and final compliance reports. The software even allows validators to combine wireless data loggers and thermocouples in the same study.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Single Semi Flex Temperature Sensor

The high-quality wireless TrackSense® Pro data loggers consist of resistant stainless steel and offers high-end technology that allows for stable and highly accurate measurements within different thermal processes.

The Single Semi Flex Temperature Sensor has a temperature range of -50 °C to +150 °C with an accuracy of 0.1 °C (in range -40 °C to +150 °C). It can be used for various applications within the pharma and food industries, and can be equipped with either a round, sharp or conical shaped tip.

All TrackSense® Pro data loggers can be configured with interchangeable sensors to measure temperature, pressure, relative humidity, CO2, and conductivity. The data loggers can easily be activated and read by the Multi reader station and can be combined with the Sky module for real time data via wireless communication.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Multipoint Rigid Temperature Sensor

Ellab’s wireless TrackSense® Pro data loggers consist of high-end technology and resistant stainless steel that allows for immensely stable and accurate measurements within different thermal processes.

The Multipoint Rigid Temperature Sensor is used to determine temperature differences in containers to locate the cold spot with a total of 4 Pt1000 elements measuring simultaneously. It has a temperature range of -50 °C to +150 °C with an unmatched accuracy of 0.05 °C (in range -25 °C to +150°C). The sensor is especially useful within the food industry, as it provides 4 measuring points that can easily identify the cold and hot zones in containers.

The TrackSense® Pro data loggers are configured with interchangeable sensors to measure temperature, relative humidity, CO2 pressure, and conductivity. The data loggers can easily be activated and read by the Multi reader station, and when combined with the Sky module, they provide real time data via wireless communication.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Double Rigid/Flex Temperature Sensor

Ellab’s high quality wireless TrackSense® Pro data loggers are made of resistant stainless steel and offers high-end technology that allows for stable and immensely accurate measurements within various thermal processes.

The Double Rigid/Flex Temperature Sensor is equipped with both a smart flex sensor for hard-to-reach positions and a stainless steel bent-sensor (either bent 90  or 180 °). It has a temperature range of -50 °C to +140 °C with an unmatched accuracy of 0.05 °C (in range -25 °C to +140 °C). It is ideal for applications within the food industry, such as heat penetration and heat distribution studies.

All of Ellab’s TrackSense® Pro data loggers are designed to accommodate for interchangeable sensors to measure temperature, conductivity, pressure, CO2, and relative humidity. The Ellab Sky module, when combined with a data logger, provides real time data via a wireless connection, while the Multi reader station allows users to easily activate and read data loggers.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Double Rigid Temperature Sensor

The wireless TrackSense® Pro data loggers consist of resistant stainless steel and offers high-end technology, which provides highly accurate measurements within different thermal processes.

The Double Rigid Temperature Sensor is equipped with one straight and one bent-sensor (either bent 90 ° or 180 °). It has a temperature range of -50 to +150 °C with an unmatched accuracy of 0.05 °C (in range -25 to +150 °C). It is mainly used in applications within the food industry, such as retort sterilization studies involving heat penetration and heat distribution.

Ellab’s TrackSense® Pro data loggers can all be configured with interchangeable sensors to measure pressure, relative humidity, temperature, CO2, and conductivity. The data loggers are easily activated and read by the Multi reader station and when combined with the Sky module they provide real time date via wireless communication.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Single Rigid Temperature Sensor

The superior quality wireless TrackSense® Pro data loggers are made of a high resistant stainless steel with high-end technology that allows for immensely accurate and stable measurements when performing various thermal processes.

The Single Rigid Temperature Sensor has a temperature range of -50 to +150 °C with an unmatched accuracy of 0.05 °C (in range -25 to +150 °C). It is designed to cover various applications within the pharmaceutical and food industries.

All TrackSense® Pro data loggers are configured with interchangeable sensors able to measure temperature, relative humidity, pressure, conductivity and CO2. Ellab’s data loggers are easy to activate and read by the Multi reader station. When combined with the Sky module, data loggers can provide real time data via wireless communication.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Internal Temperature Sensor

The high quality wireless TrackSense® Pro data loggers consist of high resistant stainless steel and offers high-end technology that allows for stable and highly accurate measurements within different thermal processes.

The Internal Temperature Sensor has a temperature range of -50 to +150 °C with an unmatched accuracy of 0.05 °C (in range -25 to +150 °C). It can be used for various applications within the food and pharmaceutical industries, and is especially ideal for applications where space is limited and/or the maximum protection of a sensor is required.

All TrackSense® Pro data loggers can be configured with interchangeable sensors to measure temperature, pressure, relative humidity, CO2, and conductivity. The data loggers can easily be activated and read by the Multi reader station and combined with the Sky module for real time data via wireless communication.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Thermocouple Sensor

Ellab’s unique Thermocouple Sensor (TC Sensor) now allows users worldwide to use thermocouples in conjunction with wireless data loggers. The TC Sensor is especially designed for applications that cause a lot of strain on sensors and require as little impact on samples as possible. A good example of said applications would be Lyophilization, also known as Freeze Drying.

Replace Thermocouple Sensors with Ease
The feature that makes this sensor highly unique, is the ability to have the thermocouple wire replaced via a screw terminal after a prolonged series of use. Typically, if wires get strained through rough handling or immensely demanding applications, the entire sensor head would have to be replaced – now with the TC sensor, bundles of thermocouple wires can easily be acquired through Ellab and replace the single damaged wire, resulting in a far more cost-efficient process.

Thermocouple Wire
The thin thermocouple wire is equipped with a “naked tip” that takes up next to no room within a sample and provides users with a faster response time. The sensor itself has a temperature range of -50 to +62°C (calibrated from -60 to +60°C) with a state of the art accuracy of ±0.3°C. In addition to this, the wire comes in 10, 30, 50 and 100 cm lengths (30 cm standard), offering an additional layer of versatility.

Key Features & Benefits
✓  Compatible with LYO fitting for Freeze Drying
✓  Ideal for applications that highly strain wires
✓  Can be cleaned by autoclave sterilization
✓  Replaceable thermocouple wires

Technical Specifications:

TrackSense Lab Wireless Data Logger – Relative Humidity & Temperature Sensor

The TrackSense® Lab data loggers are made of stainless steel and are ideal for monitoring the temperature and humidity in refrigerators / freezers, stability chambers, incubators and storage rooms.

The Relative Humidity and Temperature Sensor with has a temperature range of 0 to +85 °C with an accuracy of ±0.1 °C and a relative Humidity range of  0-100%. It can be used for various applications within the pharmaceutical and medical industries for eg. stability chambers, environmental chambers and warehouses. The data loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station. When combined with the Sky module, the data loggers can provide real time data via wireless communication.

Technical Specifications:

TrackSense Lab Wireless Data Logger – Quad Flex Temperature Sensor

The TrackSense® Lab data loggers are made of stainless steel and are ideal for monitoring the temperature and humidity in refrigerators / freezers, stability chambers, incubators and storage rooms.

The Quad Flex Temperature Sensor with four temperature channels, has a temperature range of -30 to +100 °C with an accuracy of 0.1 °C. It can be used for various applications within the pharmaceutical and medical industries, for eg. washer disinfectors.

Ellab’s data loggers are easy to activate and read by the Multi reader station.

Technical Specifications:

TrackSense Lab Wireless Data Logger – Single Rigid Temperature 35mm Sensor

The TrackSense® Lab data loggers are made of stainless steel and are ideal for monitoring the temperature and humidity in refrigerators / freezers, stability chambers, incubators and storage rooms.

The Single rigid Temperature Sensor with round tip, has a temperature range of -30 to +100 °C with an accuracy of 0.1 °C. It is ideal for pharmaceutical applications such as stability studies. The data loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station. When combined with the Sky module, the data loggers can provide real time data via wireless communication.

Technical Specifications:

TrackSense Lab Wireless Data Logger – Internal Temperature Sensor

The TrackSense® Lab data loggers are made of stainless steel and are ideal for monitoring the temperature and humidity in refrigerators / freezers, stability chambers, incubators and storage rooms.

The Internal Temperature Sensor has a temperature range of -30 to +100 °C with an accuracy of 0.1 °C. It is ideal for pharmaceutical and medical applications such as cold storage rooms and stability chambers. The data loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station. When combined with the Sky module, the data loggers can provide real time data via wireless communication.

Technical Specifications:

TrackSense Frigo Wireless Data Logger – Single Smart Flex Temperature Sensor

The TrackSense® Frigo data loggers have been specially developed for low-temperature applications and due to the large battery, the Frigo Loggers can operate at low temperature for up to 12 months at a time.

The Single SmartFlex Temperature Sensor has a temperature range of -196 to +85 °C with an accuracy of 0.1 °C. Due to its flexible sensor it is ideal for situations involving hard-to-reach areas. It can be used for various low temperature applications, but the design makes it ideal for monitoring freezing processes over extended time periods, such as biological sample storage or freeze drying.

Ellab’s data loggers are easy to activate and read by the Multi reader station.​

Technical Specifications:

TrackSense Frigo Wireless Data Logger – Single Semi Flex Temperature Sensor

The TrackSense® Frigo data loggers have been specially developed for low-temperature applications and due to the large battery, the Frigo Loggers can operate at low temperature for up to 12 months at a time.

The Single Semi Flex Temperature Sensor with round tip, has a temperature range of -196 to +85 °C with an accuracy of 0.1 °C. It is ideal for low temperature applications, such as cold storage. The loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station.

Technical Specifications:

TrackSense Frigo Wireless Data Logger – Single Rigid Temperature Sensor

The TrackSense® Frigo data loggers have been specially developed for low-temperature applications and due to the large battery, the Frigo Loggers can operate at low temperature for up to 12 months at a time.

The Single Rigid Temperature Sensor with round tip, has a temperature range of -90 to +85 °C with an accuracy of 0.1 °C. It can be used within the pharmaceutical and medical industries for various low temperature applications, such as cold storage, lyophilization etc. The loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station.

Technical Specifications:

TrackSense® Frigo Wireless Data Logger – Internal Temperature Sensor

The TrackSense Frigo data loggers have been developed for low-temperatureapplications. With their large battery, these Frigo Loggers can operate at low temperatures for up to 12 months at a time.

The Internal Temperature Sensor, has a temperature range of -90 to +85 °C with an accuracy of 0.1 °C. It can be used within the pharmaceutical and medical industries for various low temperature applications, such as cold storage. Due to the internally mounted sensor, this Frigo logger is exceptional for applications in which space is limited. The loggers are equipped with an LED and have various alarm functions.

Ellab’s data loggers are easy to activate and read by the Multi reader station.

Technical Specifications:

TrackSense Pro Wireless Data Logger – Double Semi Flex Temperature Sensor

The superior quality wireless TrackSense® Pro data loggers are made of a high resistant stainless steel with high-end technology that allows for immensely accurate and stable measurements when performing various thermal processes.

The Double Semi Flex Temperature Sensor is equipped with dual stainless steel sensors that are semi flexible. This feature makes it easy to control positioning and fix the sensors to a certain measuring point, as the semi flexible sensors will remain fixed when bent. The sensor has a temperature range of -50 °C to +150 °C with an accuracy of 0.1 °C (in range -40 °C to +150 °C).

All TrackSense® Pro data loggers are configured with interchangeable sensors able to measure temperature, relative humidity, pressure, conductivity and CO2. Ellab’s data loggers are easy to activate and read by the Multi reader station. When combined with the Sky module, data loggers can provide real time data via wireless communication.

Technical Specifications:

IGD’s 750 series ATEX gas detectors are the next step in fixed gas detection technology.

IGD’s Sentinel+™ 2-Wire protocol uses a 2 core cable for both power and data communications. Not only fewer terminations, Sentinel+™ 2-Wire protocol has no polarity requirement for its connections. Cable terminations are reduced, No polarity requirements means fewer errors and faster installs.

Advantages of  2-Wire Addressable Over Analogue:

IGD’s Sentinel+ 2-Wire protocol improves reliability. With only 2 wires for power and communication, in the same fashion existing systems can be easily upgraded without replacing cabling with the option to easily add more detectors where required.

In addition, Sentinel+™ 2-Wire protocol continuously monitors data between connected detectors and the system controller ensuring maximum system availability. Not to mention  I/O points can be easily added where required for alarm and interface to other systems, distributing the logic where it is required with minimal cabling.

Why Choose IGD’s 2-Wire ATEX Gas Detector:

When you buy an IGD product you are purchasing 100 years of know how. 750 Series 2-Wire detectors monitor for over 400 hazardous gases and vapours.

Specifically approved to the latest ATEX/IECEX standards, the 750 2-Wire series gas detectors provide ultimate safety for gas detection in hazardous areas. The system is simple to deploy by CompEx trained site electricians or instrument engineers.

If you don’t have in-house install capability then IGD can help there too, use IGD’s engineers for your install. IGD’s comprehensive range provides protection for all your gas hazards.

Features:

• 2-Wire protocol: Only 2 core cable needed for communication and power across all detector nodes and accessories, no polarity
• Up to 70% saved on install costs: Moreover with only 2 core cables needed for operation, you can save up to 70% on wiring and installation costs
• Upgrade Existing Systems: With only 2 core cables any existing systems are easily upgraded with 2 wire ATEX gas detectors and accessories
• IECEX/ATEX Approved 
• Easily add more: 2 wire ATEX gas detector nodes or accessories when required
• Broad range of gases detected 
• Communicate Up to 3km
• Pre-calibrated 
• Intelligent Diagnostics via Connected Controller, 2 models available
• App based service tool’s

Available sensor types include:

• Pellistor
• Infra-Red
• Toxic
• PhotoIonisation
• ElectroChemical
• Thermal Conductivity

Gases detected include:

• Flammable
• Carbon Dioxide
• Carbon Monoxide
• Nitric Oxide
• Nitrous Oxide
• Nitrogen Dioxide
• Hydrogen Cyanide
• Hydrogen Sulphide
• Ammonia
• Oxygen
• sulphur Dioxide
• hydrogen Chloride
• Hydrogen
• Boron-Trichloride
• Volatile Organic Compounds
• chlorine
• Silane

The TOCSIN 102 Thermal Conductivity Gas Detector consist of two matched elements which are used for the detection of gases in 0-100% volume concentrations. The elements operate on the thermal conductivity principle.

The sensing element is open to the atmosphere under test and the reference element is supplied sealed in reference air. The response of the devices is dependent upon the difference between the thermal conductivity of the atmosphere under test and the reference air. When the atmosphere under test has a thermal conductivity higher than the reference air, the sensing element loses more heat to the surroundings than the reference element.

This increased heat loss causes a cooling of the sensing element and subsequent reduction in the resistance of the sensing element compared to the reference element. The thermal conductivity of a gas mixture is dependent on temperature and the individual thermal conductivity of the constituents of the mixture. The temperature of importance is the operating temperature of the sensing element (typically a maximum pf 500 Deg C at the recommended bridge supply voltage). The detector is supplied pre-calibrated for the target gas in question.

Typically this measurement technique is used to monitor binary gas mixtures e.g Helium in Nitrogen. The unit can be operated in either analogue or addressable modes and can be simply calibrated using a multi-meter and known gas concentration

Siting of the detector should also be carefully considered to take into account air flows, site geometry and the characteristics of the target gas.

Available sensor types include:

• Thermal Conductivity

Gases detected include:

• Helium
• Nitrogen
• Carbon Dioxide

Based on the IGD MKIII DCP Pellistor, the Tocsin 102 MK3 ATEX Gas Detector provides a linear process 4-20mA  output or addressable output for 0-100% LEL of the target gas. The unit can be calibrated to be targeted for a wide range of flammable gases from our data base. The pellistor (catalytic) sensor used is manufactured by Oliver IGD and enjoys an enviable reputation in the oil, gas and process industries. Oliver IGD’s pellistor (catalytic) detector technology is amongst the best performing available in the world benefiting from long life and extreme poison resistance. The Combined junction box mounted control PCB is simple to set up and calibrate for easy system integration and maintenance allowing single man calibration.

Available sensor types include:

• Pellistor

Gases detected include:

• Flammables

Tocsin 102 Series ATEX gas detectors are available in both legacy analogue 4-20mA types or modern addressable units. There are also detector options for Photo-Ionisation (PID), Infra Red (IR), Electrochemical (EC), Pellistors and Thermal Conductivity (TC). Each detection method has its own merits for effectively detecting different hazardous gas types, IGD can advise the best detector option for your application.

TOCSIN 102 Toxic or Oxygen Gas Detector’s are typically electrochemical detectors. These detectors are highly specific to the target gas to be monitored and provide an effective reliable method of detection. IGD’s Oxygen detector in particular is worth special mention. IGD’s Oxygen detectors are a highly developed solid polymer technology which provide excellent performance and a long operating life far exceeding legacy lead based types. Typical life in service for this type of detector exceeds 5 years providing excellent safety monitoring and saving operating costs. TOCSIN 102 Toxic or Oxygen Gas Detector’s are certified independently to European ATEX requirements for use in zoned hazardous areas. The replaceable detector is manufactured primarily from corrosion resistant 316 grade stainless steel. The supplied junction box has options for either copper free aluminium pressure cast epoxy coated or 316 stainless steel. There is also a marine grade option for additional environmental protection.

The addressable version of the detector will network with all other IGD addressable detectors, I/O nodes,relays and of course control panels. This allows for fast installation whilst minimising costly cabling. The cabling adds nothing to an installation, its a necessary evil to join systems together so using IGD’s addressable systems minimises expense whilst enhancing operation, a win-win.

Key Features:

• EXD ATEX Zone 1 and 2 Operation EXd IIC T6
• Detector as legacy 4-20mA or Modern Addressable
• 5+Year life Oxygen Sensors using Polymer Technology
• 316 Stainless Steel Detector
• Epoxy Polyester Powder Coated, Copper Free Aluminium Housing or 316 Stainless Steel Housing with Marine options
• Available for a range of toxic gases: H2S, HCL. HCN, Flammables, NO2, NO, ETO, NH3, CO2, SO2, N2O, VOC’s and more

Available sensor types include:

• Electro-Chemical Gas Detector

Gases detected include:

• Silane
• Ammonia
• Hydrogen Sulphide
• Hydrogen Chloride
• Ozone
• Nitrogen Dioxide
• Sulphur Dioxide
• Chlorine
• Oxygen
• Nitric Oxide
• Hydrogen
• Carbon Monoxide
• Hydrogen Cyanide
• Flammables
• Hydrogen Fluoride
• Ethylene Oxide

TOCSIN 102 Infrared Gas Detector utilises the latest technology to provide small format high reliability gas detection in an ATEX package. High Stability is ensured by using dual beam technology with dual detectors for sample and reference channels. Temperature compensation and linearity correction are built in giving a fully linearised output. The basic TOCSIN 102 Infrared Gas Detector is available as a three wire 4-20mA transmitter, with the option for a fully digitally addressable version for use with the latest IGD systems. Detectors are supplied pre-calibrated for the chosen range and target gas.

Available sensor types include:

• Infrared Gas Detector

Gases detected include:

• Flammable
• Carbo Dioxide
• Nitrogen Dioxide

IGD’s Latest update to the Tocsin 102 family:  Photoionisation Detector for Volatile Organic Compounds (VOC) further enhances the products capabilities. Tocsin 102 PID detector has excellent dynamic response now to over 400 gases and vapours. As a fixed gas detector this represents an unparalleled first response capability. PID detector’s offer many advantages for VOC detection over other available technologies. Ranges of measurement are possible from Parts Per Billion (ppb) to high Parts Per Million (ppm) ranges dependant on the gas or vapour being monitored.

Tocsin 12 PID Detector has many features and benefits:

• No Moving Parts
• Replaceable UV Lamp
• Replaceable electrode stack
• Either calibrate for a specific gas or read as Iso-Butylene Equivalent
• ATEX/IECEX Certified for Zone 1,2 operation
• Available as an Addressable Detector
• Available with a 4-20mA output
• Available with local display
• Excellent calibration stability
• Self Cleaning in normal operation
• Can be used with IGD’s range of samplers, duct probes and adaptors

In addition, the Tocsin 102 PID detector can be used to detect many non VOC gases and Chemical Warfare Agents (CWA). If you have a project or application then contact IGD for help and advice.

Available sensor types include:

• PhotoIonisation Gas Detector

Gases detected include:

• Volatile Organic Compounds

When you install a 750 Series Addressable Gas Detector you are installing 100 years of gas detection knowledge. With over 400 hazardous gases and vapours monitored, 750 Series addressable  gas detectors provide a flexible future proof system for your gas detection requirements.

Furthermore IGD’s Sentinel+™ 2-Wire protocol allows the 750 series to communicate over the detector power cables. In addition to this there is no specific polarity for cable connections, meaning  which dramatically speeds up installs and reduces human errors when cabling. This is because you do not have to think about the wiring and terminations.

Any mix of safe area gas detectors or ATEX detectors of any type can be networked together along with I/O cards, illuminated signage, alarms etc.

Notably this reduces cabling speeds install and reduces errors. The installed systems have improved reliability from the reduced number of terminations and from IGD’s continuous monitoring built into the Sentinel+™ protocol. 2-Wire Gas Detection systems continuously monitor gas reading, internal diagnostics and calibrations. Ensuring maximum system availability.

There is then the option to easily add more detectors and accessories where required. Each 750 Series detector has multiple input and output options, as well as being a gas detector. This makes adding signalling or control functions to the system very simple. Cable a beacon sounder to the nearest available detector or add control for a solenoid valve. Not to mention you can control a range of third party devices of one detector node.

Use the additional ports on the detectors to read in other analogue 4-20mA signals, pressure, flow, temperature. If its a 4-20mA signal then you can read it into the detector and then set alarms against it in just the same way as the gas detectors. In addition two controller versions are available with a comprehensive range of interfaces .

Why is it the “Safety Engineers Device of Choice”:

• Pre-calibrated: ready to use and directly connected to the TOCSIN 750/650 2-wire series control panels
• Only 2 wires: Allows communication over the power cables, No required Polarity
• 2 core cable: Save up to 70% on installation costs
• Easily upgrade existing systems: Using the existing power cables
• Easily add: more detectors and accessories where required
• Multiple I/O: as standard with each detector, solid state and relay outputs, digital and analogue inputs
• Mixture of detectors: With 2-Wire you can utilise a mixture of safe area and ATEX/IECEx devices. In addition to this add I/O cards, illuminated signs and audible visual alarms.
• App Controlled: IGD service apps Service decrease service time. In addition to this we also have an Event Viewer, where end users can monitor their gas detection system, through an android device.

Available sensor types include:

• Infra Red
• Pellistor
• Electrochemical

Gases detected include:

• Ammonia
• Carbon Dioxide
• Carbon Monoxide
• Chlorine
• Ethylene
• Ethylene Oxide
• Formaldehyde
• Hydrogen
• Hydrogen Chloride
• Hydrogen Cyanide
• Hydrogen Fluoride
• Hydrogen Sulphide
• Nitric Oxide
• Nitrogen Dioxide
• Oxygen
• Ozone
• Silane
• Sulphur Dioxide
• Boron Tri-Chloride
• Flammables
• Volatile Organic Compounds

TOC-30 Series Safe Area Gas Detector’s from IGD are available as both legacy Analogue 4-20mA gas detectors or modern addressable versions. This series of Safe Area Gas Detector’s are manufactured in rugged ABS housings which provide a number of advantages. Sealing is moulded in as part of the housing with detector and electronics in separated compartments. The detector is protected by a unique labyrinth arrangement which provides both dust and splash protection.

Why Choose ABS Housings?

ABS is tough and does not corrode providing a high degree of chemical resistance. The detectors and electronics used in the TOC-30 series fixed gas detection are identical to those used in our Tocsin 102 ATEX detectors. The only difference is the housing material, if you don’t need a zoned area ATEX detector then we don’t expect you to pay for one. Safe Area Gas Detector’s cover applications that are not zoned ATEX areas. What we do ensure is that the detection quality is identical, they are after all doing the same job. The housing is designed to wall mount with conduit knock outs pre-moulded. Alternately TOC-30 series detector’s housing can mounted to Dado trunking or be flush wall mounted as they are a standard 2-gang mount.

TOC-30 Series detectors are available in a range of gas types:

• Pellistors for detecting flammable gases, Methane, LPG, Propane, Butane, Hydrogen and many more
• Infra-Red for detecting CO2, N2O and also most flammables
• Electrochemical types for most Toxic gases including, H2S, CO, Oxygen, NO2, CL2, SO2 and more

Additionally IGD’s TOC-30 fixed gas detection for Oxygen feature 5 year life polymer cells. These cells have an extended service life over legacy lead based cells. Our longest in-service units to date have been in operation for over 8 years providing enhanced protection whilst saving operating costs.

Available sensor types include:

• Infra-Red
• ElectroChemical
• Pellister

Gases detected include:

• Carbon Dioxide
• Carbon Monoxide
• Chlorine
• Ethylene
• Ethylene Oxide
• Formaldehyde
• Hydrogen Chloride
• Hydrogen Cyanide
• Hydrogen Fluoride
• Hydrogen Sulphide
• Nitric Oxide
• Nitrogen Dioxide
• Oxygen
• Ozone
• Silane
• Sulphur Dioxide

Tocsin 103 Industrial Gas Detector are designed for cost effective safe area gas detection solutions. They incorporate micro processor technology to give a stable 4-20mA process signal output. The addressable option allows extensive reductions in cost of installation through material and labour savings. The in built processor can be used to pre-calibrate the sensors prior to installation. Alternatively calibration can be achieved on site via the Oliver IGD control panel or locally using a handheld PC device or laptop. A range of sensing technologies can be incorporated into the housing to provide the most appropriate detection method. Available sensor types include IGD’s own MKIII, MK6 and TypeB Pellistors, Infra Red and Electrochemical devices.

Available as:

• 4-20mA Device 2 and 3 Wire
• Addressable Versions
• Compact Size
• Ingress Protection IP66
• 2 Wire Toxic Gas Detector
• 2 Wire Oxygen Sensor
• 3 Wire ‘Pellistor’ Flammable Gas Detector.
• 3 Wire ‘InfraRed’ Flammable Gas Detector
• 3 Wire ‘InfraRed’ CO2 Gas Detector

Available sensor types include:

• Pellistor
• Infra Red
• ElectroChemical

Gases detected include:

• Ammonia
• Carbon Dioxide
• Carbon Monoxide
• Chlorine
• Ethylene
• Ethylene Oxide
• Formaldehyde
• Hydrogen Sulphide
• Hydrogen Chloride
• Hydrogen Cyanide
• Hydrogen Fluoride
• Nitric Oxide
• Nitrogen Dioxide
• Oxygen
• Ozone
• Silane
• Sulphur Dioxide

International Gas Detectors are well known throughout the Oil, Gas and Process industries for their hazardous gas detection safety systems. When our customer base contacted us for a similar quality flammable gas detector for domestic applications, IGD’s technical team rose to the challenge. Flammable gas detectors for the domestic market are typically low cost and built to a tight budget. IGD approached the product using a different perspective, how can we employ the latest technology to get the very best performance and still off excellent value for money. TOC-10 boasts impressive features for this class of product, all driven by client request:

• Same quality detection as our industrial detector range, TOC-10 uses IGD pellister technology rather than cheap poorly performing semi-conductors
• Splash proof, TOC-10 has a unique labyrinth arrangement to protect from dust, dirt and liquids
• Sealed housing, TOC-10 separates the sensor housing from its electronics stopping flammable gas ingress, its also IP rated
• Control Relays, TOC-10 has relay outputs capable of controlling gas solenoids or other control devices
• Alarm Levels, TOC-10 has two alarm levels as standard with different audible visual indications
• Link Function, TOC-10 detectors can be linked together so if one alarms then all connected units alarm. This allows for system use in commercial kitchens, schools etc
• Programme capability, Using IGD’s software tools the TOC-10 can be programmed to change alarm levels, alter calibrations etc
• Traceable Calibration, TOC-10 can be field calibrated using its own interface or using our PC software. This allows for traceable service where this is a client requirement
• Custom Calibrations, TOC-10 can be calibrated for flammable gases other then LPG or Methane (Natural Gas), contact support with your requirements
• Flexible Mounting Options, TOC-10 can be easily surface mounted without opening the enclosure, alternately as its a standard 2-gang format TOC-10 can be flush mounted or fitted to dado rails.
• Pre-Wired Options, TOC-10 can be supplied pre-wired ready to plug in and go. Either British Standard or Schuko mains leads can be pre-fitted
• Pre-Calibrated, TOC-10 comes pre-calibrated from our factory. Our specialised detector designs result in long stable calibration
• Built to a standard, TOC-10 meets or exceeds BS EN50194-1 2009 as well as the industrial standards for EMC requirements

We don’t view the requirement for flammable gas detection to be any different from an oil drilling platform to a domestic environment, detectors in both do the same job. TOC-10 Domestic Gas Detector meets the same performance requirements.

Available sensor types include:

• Pellistor

Gases detected include:

• LPG
• Methane
• Special Calibration

TOC-20 Refrigerant Gas Detector provide accurate measurements of refrigerants aiding plant compliance to F-Regs and EN 378. Clean lines and easy integration into existing or newly planned control systems make the TOC-20 the plant engineers device of choice. Using the latest microprocessor technology and software TOC-20 is a reliable long term monitoring solution. TOC-20 is supplied pre-calibrated ready to use.

Features of the TOC-20 Refrigerant Gas Detector:

• Multi-Colour RGB LCD display back-light
• Industry standard 4-20mA/0-10V outputs
• Two alarm relay outputs
• Modbus interface
• User configurable alarms
• Wall mount
• Supplied pre-calibrated
• In-service calibration possible
• Sensors are dust and splash resistant
• Case sealed to IP64

Available sensor types include:

• Semi-Conductor

Gases detected include:

• R22
• R404a
• R407c
• R134a
• R410a

High-end humidity and temperature transmitter up to 180 °C (356 °F)

EE310 is optimized for reliable measurement in demanding industrial applications. In addition to highly accurate measurement of relative humidity and temperature, the transmitter also calculates parameters such as dew point, absolute humidity and mixing ratio.

Various models are available including wall, duct and remote probe. The remote probe can be used up to 180 °C (356 °F) and the pressure tightprobe up to 20 bar (290 psi). The design of the enclosure allows easy mounting and maintenance of the unit. EE310 is available with IP65 polycarbonate or stainless steel enclosure. Measured values are available on two analog outputs and on the optional digital interface RS485 with Modbus RTU or Ethernet with Modbus TCP.

The state of the art TFT colour display shows up to four measurands simultaneously and offers extensive error diagnostics. The integrated data logging function saves all measured and calculated values. The data can be displayed as graph directly on the device or easily downloaded via USB Interface.

An optional relay module can be used for alarms and process control. The E+E proprietary coating protects the sensor elements against corrosive and electrically conductive pollution. Outputs can be freely configured and a humidity and temperature adjustment performed directly via display or with the free EE-PCS software via the USB service interface.

Key Features

• Highest measurement accuracy
• Wide working temperature range
• Calculation of all humidity related physical quantities
• TFT colour display with push buttons
• Integrated data logging for 20.000 values per measurand
• Error self diagnosis shown on display or via error LEDs
• Auditive and visual error warnings
• Two analogue outputs
• Digital interface RS485 with Modbus RTU or Ethernet with Modbus TCP
• Rugged polycarbonate IP65 or stainless steel enclosure
• Modular enclosure concept for easy mounting and service
• Pressure tight probe up to 20 bar (290 psi)
• Pluggable probe for fast exchange and easy installation
• Power supply module for 100…240 VAC
• Two freely configurable alarm outputs
• Proprietary sensor coating for polluted environment
• Easy field adjustment and configuration via display or free software

Typical applications

• industrial process monitoring and control
• food and pharmaceutical
• industry dryers and humidifiers
• climate and test chambers
• clean rooms

Industrial humidity and temperature transmitter for permanent high-humidity and polluted environment

EE33 is optimised for reliable humidity and temperature measurement in applications with temporary condensation, permanent high humidity or chemical exposure. Condensation on the monolithic humidity sensor and the filter cap is prevented by controlled heating of the sensor.

The measuring principle of EE33 type J with separate humidity and temperature probes and dual heating enables precise continuous measurement even at permanent high humidity.

The remote probe can be employed up to 180°C (356°F) and the pressure tight version up to 100bar. The three-part design of rugged enclosure in polycarbonate or aluminium allows easy mounting and replacement. The measurands are available on two analogue outputs and a serial interface.

An optional relay output can be used for alarms and process control. The proprietary coating protects the sensors and their leads against corrosive and electrically conductive pollution.

Key features

• Highest measurement accuracy with monolithic humidity sensor
• Heating modes for temporary condensation, permanent high humidity or chemical exposure
• Optional module for external triggering of heating mode
• Short response time and fast recovery after condensing conditions
• Precise measurement at permanent high humidity
• Outstanding temperature compensation
• Sensor protection against pollution and corrosion
• Rugged aluminium enclosure
• Pressure tight probe up to 100 bar
• Process temperature up to 180°C
• Analogue current and voltage outputs
• Optional RS-485 and standard RS-232 interface
• Optional alarm outputs
• Optional LCD Display
• Additional physical quantitites calculated
• Easy field adjustment
• Outputs freely configurable by user
• Dew point only type available

Typical applications

• pharmaceutical and food industry
• driers for ceramics, wood, concrete, polyester etc.
• greenhouses, mushroom farms
• high-humidity storage rooms
• climate, test and curing chambers
• meteorology

Humidity and temperature transmitter for intrinsically safe applications

The EE300Ex humidity and temperature transmitter is dedicated for measurement in explosion hazard areas. It complies with the classifications for Europe (ATEX), International (IECEx) and USA / Canada (FM) and can be employed in gas and dust explosion hazard areas. The intrinsically safe EE300Ex can be installed in the explosion hazard area even in zones 0 / 20 (Divison 1).

The 2-part enclosure facilitates easy installation and dismounting for calibration without time-consuming wiring. The robust and easy-to-clean stainless steel housing is optimized for the pharmaceutical and chemical industries. The well proven E+E humidity sensor technology grants reliable, long-term stable measurements in challenging applications.

Besides measurement of relative humidity and temperature, the EE300Ex calculates all humidity related parameters, such as dew-point temperature [Td], wet-bulb temperature [Tw], absolute humidity [dv], etc. The intrinsically safe humidity and temperature transmitter features two 4-20 mA outputs in 2-wire technology.

Moisture in oil measurement

In the same way as humidity measurement in air, the EE300Ex is appropriate for moisture in oil measurement. The moisture content of oil can be issued absolute as water content in [ppm] or relative as water activity [aw]. Typical applications for moisture in oil measurement are found in systems for cleaning/drying oil or on oil platforms for online monitoring of lubrication and gear oils.

Features/benefits

• For gas and dust applications
• Direct mounting in zones 0 / 20
• All humidity related parameters
• Best precision up to 180°C (356 °F)
• Pressure-tight up to 300 bar (4351 psi)
• Wall mount or remote probe versions
• Water content and water activity in oil

Typical applications

• Chemical industry
• Pharmaceutical industry
• Painting cabinets
• Explosion hazard storage rooms
• Power stationsGrain mills
• Oil platforms
• Moisture in oil measurement

Cost Optimised Industrial Transmitter up to 120°C

The EE23 is a cost optimised transmitter for industrial and high-end HVAC applications up to 120°C (248°F). Relative humidity and temperature are accurately measured and dew/frost point temperature precisely calculated.

Various models are available including wall, duct, remote probe as well as a version with miniature remote probe for applications with limited space. The three-part design of rugged enclosure in polycarbonate or aluminium allows easy mounting and replacement.

The measurands are available on two analogue outputs and an optional relay output. The optional proprietary coating protects the sensor elements against corrosive and electrically conductive pollution. Field adjustment can be easily performed with push buttons.

Key Features

• Measurands: humidity (RH), temperature (T), dew point (Td), frost point (Tf)
• Rugged enclosure in polycarbonate or aluminium
• Flexible enclosure concept for easy mounting and unit exchange
• Two analogue or alarm outputs
• Wall, duct, remote probe and miniature remote probe types available
• Wide choice of filter caps according to application
• Optional connector for power supply and outputs
• Optional LCD display
• Optional integrated power supply
• Optional sensor coating for polluted environments
• Easy field adjustment by the user

Typical Applications

• High-end HVAC climate and test chambers
• Process technology
• Dryers clean rooms
• Green houses
• Storage rooms
• Meteorology

Humidity and Temperature Transmitter with Interchangeable Probes

The EE220 humidity and temperature transmitter with pluggable, interchangeable probes is optimised for clean room, food and pharamaceutical industry.

The EE220 basis unit can accommodate one combined EE07 RH and T probe or two separate EE07 probes, one for RH and one for T. The probes can be plugged onto the basis unit either directly, or with M12 extension cables up to 10m (32.8ft) long. A loop calibration or adjustment in the field, as required by the FDA (Food and Drugs Administration) regulated industries is easily possible for the EE220 with two separate probes.

The EE220 basis unit is available with polycarbonate or with metal enclosure, appropriate for suitable for wall mount or for installation on rails (DIN EN 50022). An optional kit facilitates the mounting of the probe in a duct.

For surface moisture monitoring or for the early detection of condensation danger, EE220 can accommodate the EE03 RH & T module (see data sheet EE03).

The E+E proprietary coating protects the humidity sensors against corrosion and dirt, which leads to best long term stability even in harsh environment.

Key Features

• Intelligent, interchangeable probes
• Separate probes for RH and T
• Highest RH and T measurement accuracy
• Outstanding long term stability
• RH sensor protection by E+E proprietary coating
• Suitable for loop calibration in FDA regulated industries
• Probe extension cable up to 10m
• Two analogue outputs
• LCD display
• Reference probes for function and accuracy check
• Rail installation according to DIN EN 50022
• Duct mounting kit

Typical Applications

• Pharma, biotech
• Incubators and clean rooms
• Cool chambers
• Storage rooms

Humidity and Temperature Transmitter for High-end Meteorological Applications

EE33-M is optimised for reliable humidity and temperature measurement in high-end meteorology applications.

A dual heating system prevents condensation on the humidity sensor, on the sensing probe and on the filter cap. This leads to an extremly short response times and fast recovery after condesing conditions.

The measuring principle with separate humidity and temperature probes enables precise and continuous measurement even at permanent high humidity.

The proprietary coating protects the sensors and their leads against corrosive and electrically conductive pollution.

Key features

• Highest measurement accuracy with monolithic humidity sensor
• Condensation prevention with dual heating system (sensor and probe heating)
• Short response time and fast recovery after condensing conditions
• Precise measurement at permanent high humidity
• Outstanding temperature compensation
• Sensor protection against pollution and corrosion
• Probes compatible with modern, ventilated radiation shields
• Analogue current and voltage outputs configurable by the user
• Optional RS-485 and standard RS-232 interface
• Additional physical quantities calculated

Typical applications

• Meteorology
• Wind turbine generators
• Road icing warning
• Off-shore measurements

Humidity and Temperature Transmitter for Demanding Climate Control

The EE210 is the ideal transmitter for high accuracy measurement of relative humidity and temperature in demanding climate control applications.

With encapsulated measurement electronics inside the sensing probe and E+E proprietary coating protection of the humidity sensor, EE210 can be employed even in harsh and aggressive environment.

Key Features

• Wall, duct and remote probe versions
• Voltage and current analogue outputs freely configurable by the user
• BACnet MS/TP or Modbus RTU Interface
• Optional Display
• High accuracy
• Outstanding temperature compensation
• Best protection against condensation and pollution
• Very robust sensing head
• Easy mounting
• Calculated physical quantities
  • Dew point temperature
  • Frost point temperature
  • Absolute humidity
  • Mixing ratio
  • Water vapor partial pressure
  • Specific enthalpy

Typical Applications

• Agriculture
• Stables, hatchers, incubators
• Greenhouses
• Storage rooms, cooling chambers
• Swimming halls

Humidity and Temperature Transmitter for Continuous High Humidity

The EE211 is dedicated for accurate and long term stable measurement under continuous high humidity (>85 % RH) and condensing conditions in demanding climate control.

It features a heated humidity probe and an interchangeable temperature probe. Excellent performance of EE211 even in polluted, aggressive environment is ensured by the combination of completely encapsulated measurement electronics inside the humidity probe and the long-term stable HCT01 sensor with E+E proprietary coating.

The EE211 enclosure is rated IP65/NEMA 4, minimizes installation costs and provides outstanding protection against pollution and condensation. All measured and calculated values are available on the Modbus RTU interface whereas two of the values are available on the analogue voltage or current (3-wire) output. Additionally up to three values can be shown simultaneously on the optional illuminated display.

With the optional product configuration adapter EE-PCA the user can set the Modbus RTU interface parameters, the display format, the measured parameters and the output scaling. Furthermore, the user can perform an one or two point humidity and temperature adjustment. The T probe can also be adjusted separate; for the metal version of the T probe the reference can be a high accuracy dry block calibrator.

Applications

• Fruit and vegetable storage
• Cooling, ripening and environmental chambers
• Green houses, incubators and mushroom industry

Cabinet Construction

• Standard model features powder-coated door, front, and sides. Interior has 304 stainless steel on door liner, top, bottom, back and sides.

Racking

• Racking available to stack units.

Doors

• Positive magnetic seal, reversible.

Insulation

• Entire cabinet structure and doors insulated using 2″ urethane foam.

Shelving

• 2 stainless steel wire shelves are standard. Shelves capable of supporting up to 150 lbs of evenly distributed weight.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of stainless steel. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet.
• A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Stainless model has stainless steel front door, and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes LED interior lighting.
• Standard model features stainless door, front, and brushed aluminum sides. Interior has coated aluminum side walls, door liner,and back with stainless steel floor and ceiling.

Doors

• Positive seal, self-closing doors (gravity cam-lift) with 120 degree stay open feature. Door gasket removal and installation is tool-less. Glass door models feature double pane,”Low-E” glass.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC-free polyurethane foam.

Shelving

• Wire shelves (3 per door) available in stainless steel or PVC coated. Shelves capable of supporting up to 200 lbs. Gray PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet. Unit runs approx. 4.6 RLA under test conditions.
• A cord and plug set is included.
• A sole use circuit is recommended.

Emergency Shut Down

• Unit is supplied with shut down capability upon attaining set temperature.
• Prevents runaway temperature from unintended eradication. Can be bypassed for intended decontamination.

Cabinet Construction

• Standard model features powder-coated door, front, and sides. Interior has 304 stainless steel on door liner, top, bottom, back and sides. Exterior is galvanized heavy-duty steel or alumnum construction for long term corrosion free appearance. Changes to color possible with optional upgrade. Heavy-duty casters included as standard.
• Optional model availability to change construction materials to aluminum or higher end grades of stainless steel available.

Doors

• Positive magnetic seal. Reversible.

Insulation

• Entire cabinet structure and doors insulated using 2″ urethane foam.

Shelving

• 3 stainless steel wire shelves are standard. Shelves capable of supporting up to 150 lbs of evenly distributed weight.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of stainless steel. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Emergency Shutdown

• Unit is supplied with shut down capability upon attaining set temperature • Prevents runaway temperature from unintended eradication. Can be bypassed for intended decontamination.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces can be made to act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet.
• A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Stainless model has stainless steel front doors and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes LED interior lighting.
• Standard model features stainless door, front, and brushed aluminum sides. Interior has aluminum side walls (looks like stainless steel), door liner, and back with stainless steel floor and ceiling.

Doors

• Positive seal, self-closing doors (gravity cam-lift) with 120 degree stay open feature. Door gasket removal and installation is tool-less. Glass door models feature double pane,”Low-E” glass.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC-free polyurethane foam.

Shelving

• Wire shelves (3 per door) available in stainless steel or PVC coated. Shelves capable of supporting up to 150 lbs. Gray PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet. Unit runs approx. 6RLA under test conditions.
• A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Stainless model has stainless steel front doors and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes interior lighting.
• Standard model features stainless door, front, and brushed aluminum sides. Interior has aluminum side walls, door liner,and back with stainless steel floor and ceiling.

Doors

• Lifetime guaranteed adjustable torsion type closure system with aluminum and stainless supports. The face of each fitted with a 12″ long recessed handle with sheet metal interlock. Handles foamed in place to insure permanent attachment. Door gasket of one piece construction. Glass door models feature double pane,”Low-E” glass. Barrel lock standard for each door. Locks keyed alike.

Lighting

• LED interior lighting on stainless model, optional on standard model. Lights activiated by rocker switch mounted above doors.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC free polyurethane foam.

Shelving

• Wire shelves (3 per door) available in stainless steel, chrome plate, or PVC coated. Shelves capable of supporting up to 200 lbs. PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet. Unit runs approx. 7 RLA under test conditions.
• A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Standard model features powder-coated door, front, and sides. Interior has 304 stainless steel on door liner, top, bottom, back and sides.

Racking

• Racking available to stack units.

Doors

• Positive magnetic seal, reversible.

Insulation

• Entire cabinet structure and doors insulated using 2″ urethane foam.

Shelving

• 2 stainless steel wire shelves included. Shelves capable of supporting up to 150 lbs of evenly distributed weight.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of stainless steel. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH

Humidity Control

• NIST traceable 0.8% Rotronic humidity sensor w/cert. Solid state controlled, ultrasonic humidifier with ceramic/titanium disk for long life.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet. A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Stainless model has stainless steel front door, and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes LED interior lighting.
• Standard model features stainless steel door, stainless steel front, and brushed aluminum sides. Interior has anodized aluminum side walls, door liner,and back with stainless steel floor and ceiling.

Doors

• Positive seal, self-closing doors (gravity cam-lift) with 120 degree stay open feature. Door gasket removal and installation is tool-less. Glass door models feature double pane,”Low-E” glass.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC free polyurethane foam. 2″ or greater insulation thickness throughout.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable. Semi-Redundant cooling capability. Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH

Shelving

• Wire shelves (3 per door) available in stanless steel, chrome plate, or PVC coated. Shelves capable of supporting up to 150 lbs of evenly distributed weight. Gray PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Humidity Control

• NIST traceable 0.8% Rotronic humidity sensor w/cert. • Solid state controlled, ultrasonic humidifier with ceramic/titanium disk for long life.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 outlet. A dedicated outlet is recommended. A cord and plug set to be included.
• A sole use circuit is recommended. Unit uses approximately 4.5 amps (RLA) in operation (will vary depending on set points and ambient conditions).

Cabinet Construction

• Stainless model has stainless steel front door, and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes LED interior lighting.
• Standard model features stainless steel door, stainless steel front, and brushed aluminum sides. Interior has anodized aluminum side walls, door liner,and back with stainless steel floor and ceiling.

Doors

• Positive seal, self-closing doors (gravity cam-lift) with 120 degree stay open feature. Door gasket removal and installation is tool-less. Glass door models feature double pane,”Low-E” glass.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC free polyurethane foam.

Shelving

• Wire shelves (3 per door) available in stainless steel or PVC coated. Shelves capable of supporting up to 150 lbs of evenly distributed weight. Gray PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system. Peltier based technology is solid state, highly efficient, reliable, and provides minimal vibration.
• Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH

Humidity Control

• NIST traceable 0.8% Rotronic humidity sensor w/cert. Solid state controlled, ultrasonic humidifier with ceramic/titanium disk for long life.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 phase – 15 amp dedicated (recommended) outlet. Unit runs approx. 6RLA under test conditions. A cord and plug set is included.
• A sole use circuit is recommended.

Cabinet Construction

• Stainless model has stainless steel front door, and sides on exterior. Interior is stainless steel side walls, back, floor, ceiling, and door liner. This unit includes LED interior lighting.
• Standard model features stainless steel door, stainless steel front, and brushed aluminum sides. Interior has anodized aluminum side walls, door liner,and back with stainless steel floor and ceiling.

Doors

• Positive seal, self-closing doors (gravity cam-lift) with 120 degree stay open feature. Door gasket removal and installation is tool-less. Glass door models feature double pane,”Low-E” glass.

Insulation

• Entire cabinet structure and doors insulated using foamed-in-place CFC free polyurethane foam. 2″ or greater insulation thickness throughout.

Shelving

• Wire shelves (3 per door) available in stanless steel, chrome plate, or PVC coated. Shelves capable of supporting up to 150 lbs of evenly distributed weight. Gray PVC coated shelves are standard.
• Full height shelf support pilasters, with double oblong holes on 1″ centers. Pilasters made of the same material as cabinet interior. Four (4) chrome plated, stainless steel shelf clips to be included for each shelf.

Cooling System

• Top mounted, thermoelectric cooling system.
• Peltier based technology is solid state, highly efficient, reliable. Semi-Redundant cooling capability.
• Cooling surfaces act as dehumidifying modules at 25°C/60%RH and 30°C/65%RH.

Humidity Control

• NIST traceable 0.8% Rotronic humidity sensor w/cert.
• Solid state controlled, ultrasonic humidifier with ceramic/titanium disk for long life.

Electrical Characteristics

• Unit completely pre-wired at factory, and ready for final connection to a 115/60/1 outlet. A dedicated outlet is recommended. A cord and plug set to be included.
• A sole use circuit is recommended. Unit uses approximately 9.5 amps (RLA) in operation (will vary depending on set points and ambient conditions).

Description:
Venus carbon monoxide gas detector adopts high quality electrochemical gas sensor and advanced technology. The installation method can be tap-top, ceiling hung and wall mounted. Easy to install and operate. When the CO concentration in the air reaches the presetting alarming level, the detector will give audio and video alarming promptly, which informs the user to adopt measurement to avoid the fire, explosion etc. dangerous accidents happening.
Applications:
The Venus carbon monoxide gas detector provides you and your family with a loud warning signal against the dangers of elevated carbon monoxide levels in your home.
Features:
Comply with EN50291
Battery-operated CO Alarm
High quality electrochemical Sensor
Multi-installation type
MCU control
Peak value memory
LCD display

Technical Data:

Sensor Type: Electrochemical sensor
Working voltage: DC3V (2 pcs AA alkaline battery)
Standard: Follow EN50291
Working Temp: -10℃ ~ 50℃
Working Humidity: ≤95%RH No dews
Alarm Method: Visual and Audible
Sound Level: ≥90dB (1m)
Size and weight: d×h ,mm:136.5×43
Weight: 240g
Package and Accessories:
Package: English neutral
Accessories: M5 bolt: 2pcs
Operation Manual: 1pcs

Description:
KAD carbon monoxide gas detector adopts high quality electrochemical gas sensor and advanced technology. It has good stability and long life span. The installation method can be tap-top, ceiling hung and wall mounted. When the CO concentration in the air reaches the presetting alarming level, the detector will give audio and video alarming promptly to inform the user to adopt measurement to avoid the fire, explosion etc. dangerous accidents.
Applications:
The KAD carbon monoxide gas detector provides you and your family with a loud warning signal against the dangers of elevated carbon monoxide levels in your home.
Features:
High quality electrochemical sensor
Battery-operated
Multi-type installation, wall mounted
Ceiling mounted or back-support
MCU control-Peak value memory
LCD display, show the real-time concentration

Technical Data:

Sensor Type: Electrochemical sensor
Working voltage: DC3V (2 pcs AA alkaline battery)
Standard: Follow EN50291
Working Temp: -10℃ ~ 50℃
Working Humidity: ≤95%RH No dews
Alarm Method: Visual and Audible
Sound Level: ≥90dB (1m)
Size and weight: d×h ,mm:136.5×43
Weight: 240g
Package and Accessories:
Package: English neutral
Accessories: M5 bolt: 2pcs
Operation Manual: 1pcs

Description:
GS gas leak alarm is designed to detect the leakage of combustible gas (LPG,, Natural Gas) or CO.
It plugs directly into your home’s standard wall outlet making installation quick and easy. Its sensor module design is easy to change, to repair or calibrate. Its special design at the bottom of the body make the detector could work as a alarm or a optional socket.
Applications:
GS gas alarm can be used to detect the leakage of carbon monoxide or combustible gas in your home.
Features:
European or UK plug in type
Sensor Module design is easy to change, to repair or calibrate.
Separate socket with two operate mode.

Technical Data:

Warm up time: 180s
Response time: ≤30s
Power supply: AC220V, 50Hz
Working condition: Temperature: 0oC-55oC Humidity: ≤95%RH
Alarm method: Audible and visual alarming signals
Audible alarm: ≤70dB
Consumption: ≤1.5W
Package and Accessories:
Package: English neutral

Brief Introduction: 
GK gas alarm is a kind of household gas alarm designed to detect the concentration of combustible and toxic gases using high quality air-sensitive component and manufactured with advanced technology. It provides visual and audible signals when the gas concentration reaches the presetting range, and reminds you to take prompt favorable action.
Applications:
GK gas alarm can be used to detect the leakage of carbon monoxide and combustible gases in your home.
Features:
Sensor module design, easy to change, repair and calibrate, for CO and natural gas
High accuracy, low consumption
Fast response
Obvious visual alarming indication
Optional relay and valve output.

Technical Data:

Working voltage: AC220V±15% / AC110V±15% 50Hz , DC12V
Working condition: Temp: 0℃ ~ 55℃, Humidity: ≤95%RH No dews
Response Time: ≤30s automatic resume
Working Method: Natural Diffusion
Alarm Level: Combustible gas: 10%LEL, CO: 150ppm
Alarm Method: Visual and Audible
Sound Level: ≥70dB
Weight: 300g
Dimension: l×b×h,mm: 135×82×41
Package and Accessories:
Package: English neutral

Description:
The GT CO/Combustible Gas alarm uses high quality gas sensing components and advanced electric technology; its red huge alarming part is visible even from a long distance making it a good choice for family that has people with hearing problem. The optional relay/gas valve shut off output allows easy connection with valves or ventilating facilities.
Applications:
The GT CO/Combustible alarm provides you and your family with a loud warning signal against the dangers of elevated carbon monoxide /combustible gas levels in your home.
Features:
MCU guarantees high reliability and reduces false alarm
Optional output allows for easy connection with valves or ventilating facilities
Red huge alarming part alerts you of gas leakage

Technical Data:

Working Voltage: AC220V or AC110V, DC12V or DC24V
Consumption: ≤ 3W
Response Time: ≤30s
Alarm Level: 100ppm
Working Condition: Temp: 0℃ ~ 55℃, Humidity: ≤95%RH No dews
Alarm Method: Visual and Audible
Sound Level: ≥70dB
Size and Weight: 125mmx84mmx42mm
Weight: 290g
Package and Accessories:
Regular Package: English neutral
Accessories: M5 bolt 4pcs
Instruction Manual: 1pcs

(Ambient +5°C to 190°C)
Special Purpose High Temperature
Labec Brand Autoclaves are designed for steam pressure sterilisation, media preparation, waste destruction etc. Modern styling and materials have been used in the construction to ensure ease of maintenance, operation and user safety. LABEC autoclaves are constructed in accordance with Australian Standard 210 and are approved by Department of Labour and Industry of NSW with reciprocal approval by equivalent bodies in all states of Australia.

Specifications:

• Capacity: 100 Litres
• Temp. Max: +190°C
• Interior Material: 321 Stainless Steel
• Exterior Material: Stainless Steel
• Temp. Sensor: Type K
• Power (W): 8000
• Weight: 250 kgs

(Ambient +5°C to 135°C) General Purpose
Labec brand autoclaves are designed for steam pressure sterilisation, media preparation, waste destruction etc. Modern styling and materials have been used in the construction to ensure ease of maintenance, operation and user safety. Labec autoclaves are constructed in accordance with Australian Standard 210 and are approved by Department of Labour and Industry of NSW with reciprocal approval by equivalent bodies in all states of Australia.

Specifications:

• Available in 4 Models
• Capacity: 40 Litres to 100 Litres
• Temp. Max: +135°C
• Interior Material: 321 Stainless Steel
• Exterior Material: Stainless Steel
• Temp. Sensor: Type K
• Power (W): 3600 ~ 6000
• Weight: 80 ~ 130 kgs

Labec offer a range of B & S Class Bench Top Autoclaves. Intended for the sterilisation of wrapped and unwrapped solid instruments, all Australian TGA approved. Conforms to AS/NZ4815 and European classifications. A pre and post vacuum preceding vacuum class S autoclave installed with BOWIE DICK test which measures the penetration of steam. The thermal printer is attached to record sterilisation process and is USB compatible. These Bench Top autoclaves are ideal for the sterilisation and sanitisation of medical and laboratory instrument with fast sterilisation times and are extremely quiet. All models come equipped with a printer, chamber rack and trays.

Specifications:

• Model: Available in 8, 12, 17 and 22 litre models
• Capacity: 8 ~ 22 Litres
• Temp. Range: 105°C ~134°C
• Power (W): 1800 ~ 2400
• Weight (kg): 39 ~ 50

(Ambient +5°C to 135°C) General Purpose
Labec Brand Autoclaves are designed for steam pressure sterilisation, media preparation and waste destruction. Modern styling and materials have been used in the construction to ensure ease of maintenance, operation and user safety. This small compact Australian made benchtop autoclave is ideal for small spaces.

Specifications:

Available in 2 models
Internal Dim. (cm) Dia x Depth: 33 x 60
External Dim. (cm) H x W x D: 58 x 62 x 95
Capacity: 40 | 60 Litres
Temp. Max: 135°C
Power (W): 3600
Weight (kg): 89

THE RM10G AND RM10N ARE HYBRID RECORDER ALLOWS DIGITAL PRINTOUT ON ANALOG TREND OR PEN TRACES ON 100 mm WIDE CHART PAPER. THE RM10G OFFERS 152 x 152 mm DIN SIZE PANEL AND THE RM10N REPLACES FORMER MODEL RE10 RECORDER.

Features:

• CONTACT FREE FEEDBACK
  POTENTIOMETER AND INPUT SELECTOR
• BOTH TREND & DATA LOGGING PRINTOUTS
• DIELECTRICS STRENGTH OF 2000V BETWEEN
  POWER INPUT AND GROUND
• ABUNDANCE OF PRINTOUT FUNCTION
• INDIVIDUAL SCALE PLATE
• INTRODUCTION OF DC BRUSHLESS MOTOR
  BY THIS, THE DURABLENESS, AND THE FASTER
  RESPONSE OF PEN RECORDER CAN BE
  ASSURED.
• WIDE RANGE OF POWER SUPPLY VOLTAGE
• OPTIONAL IC CARD

THE RM18G AND RM18N ARE HYBRID RECORDER ALLOWS DIGITAL PRINTOUT ON ANALOG TREND OR PEN TRACES ON 180 mm WIDE CHART PAPER. THE RM18G OFFERS 288 x 288 mm DIN SIZE PANEL AND THE RM18N(M) REPLACES MONITER MODEL RECORDER.

Features:

• CONTACT FREE FEEDBACK
  POTENTIOMETER AND INPUT SELECTOR
• EASY CHANNEL IDENTIFICATION BY MARK PRINTER
• BOTH TREND & DATA LOGGING PRINTOUTS
• DIELECTRICS STRENGTH OF 2000V BETWEEN
  POWER INPUT AND GROUND
• ABUNDANCE OF PRINTOUT FUNCTION
• INDIVIDUAL SCALE PLATE
• WIDE RANGE OF POWER SUPPLY VOLTAGE
• OPTIONAL IC CARD

THE RM25G AND RM25N ARE HYBRID RECORDER ALLOWS DIGITAL PRINTOUT ON ANALOG TREND ON 250 mm WIDE CHART PAPER. THE RM25G OFFERS 360 x 288 mm DIN SIZE PANEL AND THE RM25N REPLACES FORMER MODEL 25R RECORDER.

Features:

• CONTACT FREE FEEDBACK
  POTENTIOMETER AND INPUT SELECTOR
• EASY CHANNEL IDENTIFICATION BY MARK PRINTER
• BOTH TREND & DATA LOGGING PRINTOUTS
• DIELECTRICS STRENGTH OF 2000V BETWEEN
  POWER INPUT AND GROUND
• ABUNDANCE OF PRINTOUT FUNCTION
• WIDE RANGE OF POWER SUPPLY VOLTAGE
• OPTIONAL IC CARD

RM10C is 100mm calibrated hybrid recorder in a 144×144 DIN front panel and short depth of 150mm case housing. The recorder has versatility of universal input and scale in wide ranges and flexibility of user-reconfigurable unique functions. RM10C offers 1, 2 continuous pen and 6 dot point models.

Features:

• Short case depth size of 150mm
• IP65: Dust-proof, Water-proof
• Wide LED with 18mm heights display
• Allows user-selected consumables
• RS-232C communication interface in
  standard specifications
• UL, C-UL, CE approved
• Weights only 1.5kg (Multipoint type)
• Optional portable housing case available

The VM8100A is a paperless recorder that employs a 5.7-inch TFT liquid crystal display. It uses CompactFlash (referred to as “CF cards” hereafter) for its recording media, and is also equipped with network functions as standard. Its input types can include thermocouples, resistance temperature detectors, and DC voltage (current), which can be set as desired in up to 12 channels. Aside from input, calculation processes can be performed in up to 48 channels. Data currently being recorded and data stored on CF cards can be viewed on the display. They can also be viewed on a PC using the included viewer software.

Features:

• Achievement of high-speed multi-point capture
  By providing independent measurement circuits in each channel, high-speed sampling can be performed at all points in up to 12 channels
• Simple control using a touch panel
  Intuitive touch panel control allows the unit to be used easily.
• Equipped with large-capacity built-in memory
  Equipped with large-capacity built-in memory that is roughly 450 MB in size. Long-term recording can be performed using only the main unit.
• CF cards are employed as external recording media
  Compatible with CF cards up to 8 GB, allowing recording over extended periods. USB memory devices can also be used as an option.
  (Includes a 1 GB CF card as standard)
• Compatibility with existing RM10G recorer
  The structure of the rear terminal block is designed for compatibility with existing RM10G recorder. If an existing unit is replaced, the existing wiring and other components can be used as they are. A terminal block that can accommodate input from a greater number of channels is also available.
• Integrated structure of internal units
  Since the calibration components are all located in internal devices, it is possible to perform calibration with the internal devices only, while leaving the case wiring intact (excluding TC).
• Diverse displays only possible with a paperless device
  On-screen buttons can be used to easily switch between bar graph displays, trend displays, and digital displays. The displays that can be viewed are highly flexible in accordance with the application. Also, highlighting of trend displays or setting confirmation can be performed by touching the applicable channel.
• Equipped with calculation functions
  In addition to basic arithmetic operations and totalization functions that can be performed on input, calculation functions that can record data obtained from DI or by communication methods as measurement values are also provided.
• Standard inclusion of PC support software
  Software including parameter loaders that can be used to set parameters on a PC, and data viewer software that can be used to view and analyze measured data, are included as standard accessories.
• Compatible with 2 types of external configurations and panel cutouts
  Designed for compatibility with RM10G recorder, and compatible with 2 types of external configurations and panel cutouts.
• Equipped as standard with communication functions using Ethernet
  FTP server/client functions, HTTP server functions, SNTP client functions, and ModBus TCP functions can be used.
• Communication functions (option)
  Aside from Ethernet, RS-485 is available as an option, allowing communication by Modbus RTU.
• Earthquake-resistant structure (option)
  By securing the device with earthquake-resistant supports, it can be made to withstand vibrations of 2G in the up-down direction and 4G in the front-back and left-right directions.
• Handwritten comment function (V1.20 and later)
  Comments can be entered in handwritten form on historical trends.

The VM8800A is a paperless recorder that employs a 10.4-inch TFT liquid crystal display. It uses CompactFlash (referred to as “CF cards” hereafter) for its recording media, and is also equipped with network functions as standard. Its input types can include thermocouples, resistance temperature detectors, and DC voltage (current), which can be set as desired in up to 12 channels. Aside from input, calculation processes can be performed in up to 48 channels. Data currently being recorded and data stored on CF cards can be viewed on the display. They can also be viewed on a PC using the included viewer software.

Features:

• Achievement of high-speed multi-point capture
  By providing independent measurement circuits in each channel, high-speed sampling can be performed at all points in up to 48 channels.
• Simple control using a touch panel
  Intuitive touch panel control allows the unit to be used easily.
• Equipped with large-capacity built-in memory
  Equipped with large-capacity built-in memory that is roughly 450 MB in size. Long-term recording can be performed using only the main unit.
• CF cards are employed as external recording media
  Compatible with CF cards up to 8 GB, allowing recording over extended periods. USB memory devices can also be used as an option.
  (Includes a 1 GB CF card as standard)
• Compatibility with existing RM18G recorder
  The structure of the rear terminal block is designed for compatibility with existing RM18G recorder. If an existing unit is replaced, the existing wiring and other components can be used as they are. A terminal block that can accommodate input from a greater number of channels is also available.
• Integrated structure of internal units
  Since the calibration components are all located in internal devices, it is possible to perform calibration with the internal devices only, while leaving the case wiring intact (excluding TC).
• Diverse displays only possible with a paperless device
  On-screen buttons can be used to easily switch between bar graph displays, trend displays, and digital displays. The displays that can be viewed are highly flexible in accordance with the application. Also, highlighting of trend displays or setting confirmation can be performed by touching the applicable channel.
• Equipped with calculation functions
  In addition to basic arithmetic operations and totalization functions that can be performed on input, calculation functions that can record data obtained from DI or by communication methods as measurement values are also provided.
• Standard inclusion of PC support software
  Software including parameter loaders that can be used to set parameters on a PC, and data viewer software that can be used to view and analyze measured data, are included as standard accessories.
• Compatible with 2 types of external configurations and panel cutouts
  Designed for compatibility with RM18G recorder, and compatible with 2 types of external configurations and panel cutouts.
• Equipped as standard with communication functions using Ethernet
  FTP server/client functions, HTTP server functions, SNTP client functions, and Modbus TCP functions can be used.
• Communication functions (option)
  Aside from Ethernet, RS-485 is available as an option, allowing communication by Modbus RTU.
• Earthquake-resistant structure (option)
  By securing the device with earthquake-resistant supports, it can be made to withstand vibrations of 2G in the up-down direction and 4G in the front-back and left-right directions.
• Handwritten comment function (V1.20 and later)
  Comments can be entered in handwritten form on historical trends.

The VM7000A is a paperless recorder that displays measured data on the LCD in real time and stores data in the SD memory card. The type of input such as thermocouple, resistance temperature detector, DC voltage(current), etc. can be selected for each channel (maximum of 12 channels available). The data stored in SD memory card can be regenerated on the screen, and with the use of support software supplied the data can also be regenerated on a PC screen. The data recorded in CSV format can be directly read in a spreadsheet such as Excel, which facilitates the processing on a PC. (The data recorded in binary format cannot be read in.)

Features:

• Easy operation with touch panel providing an intuitive user interface
• Equipped with large capacity built-in memory
  The measuring data can be stored only within the main body for about 3 weeks. (input: 6 channels, data record cycle: 1 sec, file record cycle: 1 day, only the binary form,
  maximum/minimum value)
• The SD memory card is adopted as a storage medium.
  The SD/SDHC memory card that is the standard of the memory card is adopted for an external storage medium.
• Multiple display presentations
  Depending on the object of measurement, the most suitable display format can be selected from a variety of formats including bar graph display, trend display, digital display, etc.
• Calculation function
  The calculation function in which the data acquired from DI and the communication to say nothing of the arithmetic operation and the account adjusting function of the input can be recorded as measurements is installed.
• PC support software supplied as standard
  Parameter loader software that enables easy display and change of set data and data viewer software that regenerates the data stored in SD memory card are supplied as
  standard.
• Compact size and Lightness
  150 (W) × 144 (H) × 181.8 (D) mm (The terminal stand cover is contained.)
  About 1.0kg mass (6 channels input, without option)
• 12 channels recording
  22 ranges of thermocouples, 4 ranges of resistance temperature detector and 8 ranges of DC voltage/current input can be recorded in up to 12 channels.
• Ethernet function as standard
  FTP, Web server, SNTP and Modbus TCP function are available.
• Communication (Option)
  RS-485 Modbus communication is available.

A paperless recorder that allows simple control by using a 5.7-inch TFT liquid crystal display touch panel.

Features:

• Improved durability
  The device’s durability has been improved by employing a metallic case.
• Equipped with its own power switch
  The device is provided with a power switch on its rear face so that separate inspections can be performed easily.

This is a paperless recorder that displays measured data on the LCD in real time and stores data in CompactFlash. The type of input such as thermocouple, resistance bulb, D.C. voltage (current), etc. can be arbitrarily set to 18 chan- nels at the maximum. The data stored in CompactFlash can be regenerated on the screen, and the use of supplied support software allows the data to be regenerated on a PC screen. The data recorded in ASCII format can be directly read in a spreadsheet such as Excel, which facilitates the processing on a PC. (The data recorded in binary format cannot be read in.)

Features:

• Large capacity storage by CompactFlash
  Measured data is periodically stored in CompactFlash.
  In case of 256 MB, for example, display files for about one year and a half (display refresh cycle 30 sec) can be taken up (in case of ASCII data format, 9 channels, maximum/minimum recording).
• Quick search and display of past data
  Data stored in CompactFlash can be displayed in succession by scrolling the screen.
• Various display capability
  Depending on the object of measurement, the most suitable display format can be selected from a variety of formats including bar graph display, trend display, digital display,etc.
• PC support software supplied as standard
  Loader software that enables easy display and change of set data and data viewer software that regenerates the data stored in CompactFlash are supplied as
  standard.
• Compact size
  160 (W) × 144 (H) × 185 (D) mm(Panel mounting),
  Compact and as light as about 1.5 kg (9-point input, without option).
• 18-point recording (Option)
  12 types of thermocouples, 2 types of resistance bulbs and DC voltage/current input can be recorded up to 18 points.
• Communication function
  RS-485 MODBUS communication is available.
• LCD extinguishing function
  Automatically extinguishes the LCD if nothing is operated for certain time. You can set the time after a lapse of which the LCD is extinguished via parameter “LCD extinguishing time”. The settable range is 0 to 60 minutes.
  Setting at 0 minute overrides the function, whereby the LCD will never extinguish.
  This function prevents the backlight life from shortening uselessly. During the extinguishment, the power con-sumption can be reduced.

This is a paperless recorder that displays measured data on the LCD in real time and stores data in CompactFlash. The type of input such as thermocouple, resistance bulb, D.C. voltage (current), etc. can be arbitrarily set to 36 channels at the maximum. The data stored in CompactFlash can be regenerated on the screen, and the use of supplied support software allows the data to be regenerated on a PC screen. The data recorded in ASCII format can be directly read in a spreadsheet such as Excel, which facilitates the processing on a PC. (The data recorded in binary format cannot be read in.)

Features:

• Large capacity storage by CompactFlash
  Measured data is periodically stored in CompactFlash.
  In case of 256 MB, for example, display files for about one year and a half (display refresh cycle 30 sec) can be taken up (in case of ASCII data format, 9 channels, maximum/minimum recording).
• Quick search and display of past data
  Data stored in CompactFlash can be displayed in succession by scrolling the screen.
• Various display capability
  Depending on the object of measurement, the most suitable display format can be selected from a variety of formats including bar graph display, trend display, digital display,etc.
• PC support software supplied as standard Loader software that enables easy display and change of set data and data viewer software that regenerates the data stored in CompactFlash are supplied as standard.
• 36-point recording 12 types of thermocouples, 2 types of resistance bulbs and DC voltage/current input can be recorded up to 36 points.
• LCD extinguishing function
  Automatically extinguishes the LCD if nothing is operated for certain time. You can set the time after a lapse of which the LCD is extinguished via parameter “LCD extinguishing time”. The settable range is 0 to 60 minutes.
  Setting at 0 minute overrides the function, whereby the LCD will never extinguish.
  This function prevents the backlight life from shortening uselessly. During the extinguishment, the power consumption can be reduced.
• Ethernet function (Option)
  FTP, Web server, e-mail and MODBUS-TCP are available using 10Base-T.

Features:

・Wide Measurement Range at -100 to +20°Cdp
・±2 °C Accuracy
・Quick Response
・Fully calibrated at TEKHNE factory, Japan
・Price Competitiveness
・Short Delivery Time
・Enhanced Technical Support
・Traceable to NIST
・National Standard

Product Overview:

Easy
TEKHNE Corporation, a Japanese manufacturer, experienced dew point measurement over 30years,
is manufacturing innovative TK-100 series Hygrometer.
You can easily start measurement. TK-100 On-line Hygrometer offers you a complete set for continuous
measurement, including display monitor.
What you need is 100 to 240VAC power supply and sample gas connection.
Also, you can select TK-100 Dew Point Transmitter, which can be used ‘stand-alone’ basis with 4-20mA signal
output, powered by 12-28VDC.

High Quality
TEKHNE Ceramic Sensor is designed to secure the best mixture of accuracy, high response speed,
and long-term stability. Most advanced sensor technology is used for this purpose.
Also, the advanced microprocessor technology realised fully temperature compensation mechanism,
which minimises the effect by process temperature to the dew point measurement.
The -100 to +20℃ dew point output is converted to stable and linear 4-20mA output in the TK-100 Transmitter.

Flexible
TEKHNE TK-100 series are for dew point measurement in air or inert gas.
Put the sensor into your process line through 5/8″ UNF or 1/8″ NPT by using Optional sampling block.
1/8 DIN display unit can be set up to 1,000m far away from the Transmitter.
The flow rate for the process line should be 1 to 5NL/min (with optional sampling block) or 0.5 to 10m/sec (without optional sampling block), at a temperature between -20 to +60℃ and in-line pressure up to 30MPa. Filters for removing dust are always recommended.

Specifications:

• Measurement Range
  • -100 to +20°Cdp
• Accuracy
  • ±2 °Cdp
• Output
  • linear 4-20mA
• Operating Temp
  • -20 to +60°C
• Operating Pressure
  • 10-4Pa to 30MPa
• Flow Rate
  • 1 to 10 NL/min(with Sampling Block) 0.5 to 10m/sec (without Sampling Block)
• Power Supply
  • 12 to 28VDC

Features:

・Wide Measurement Range at -80 to +20°Cdp
・±2 °C Accuracy
・Quick Response
・Fully calibrated at TEKHNE factory, Japan
・Price Competitiveness
・Short Delivery Time
・Enhanced Technical Support
・Traceable to NIST
・National Standard

Product Overview:

A low cost model
TK-80 Dew Point Transmitter is a low cost model for TK-100 Dew Point Transmitter.
Narrow measurement range than TK-100 and weaker than TK-100 at operating pressure,
but it’s a low cost model.

Easy
TEKHNE Corporation, a Japanese manufacturer, experienced dew point measurement
over 30years, is manufacturing innovative TK-80 series Hygrometer.

You can easily start measurement. TK-80 On-line Hygrometer offers you a complete set for continuous measurement,
including display monitor. What you need is 100 to 240VAC power supply and sample gas connection.
Also, you can select TK-80 Dew Point Transmitter, which can be used ‘stand-alone’ basis with 4-20mA signal output, powered by 12-28VDC.

High Quality
TEKHNE Ceramic Sensor is designed to secure the best mixture of accuracy, high response speed,
and long-term stability. Most advanced sensor technology is used for this purpose.
Also, the advanced microprocessor technology realised fully temperature compensation mechanism,
which minimises the effect by process temperature to the dew point measurement. The -80 to +20℃
dew point output is converted to stable and linear 4-20mA output in the TK-80 Transmitter.

Flexible
TEKHNE TK-80 series are for dew point measurement in air or inert gas.
Put the sensor into your process line through 5/8″ UNF or 1/8″ NPT by using Optional sampling block.
1/8 DIN display unit can be set up to 1,000m far away from the Transmitter.
The flow rate for the process line should be 1 to 5NL/min (with optional sampling block) or 0.5 to
10m/sec (without optional sampling block), at a temperature between -20 to +60℃ and in-line pressure up to
30MPa. Filters for removing dust are always recommended.

Specifications:

• Measurement Range
  • -80 to +20°Cdp
• Accuracy
  • ±2 °Cdp
• Output
  • linear 4-20mA
• Operating Temp
  • -20 to +60°C
• Operating Pressure
  • 10Pa to 1MPa
• Flow Rate
  • 1 to 10 NL/min(with Sampling Block) 0.5 to 10m/sec (without Sampling Block)
• Power Supply
  • 12 to 28VDC

Features:

・Measurement Range at -100 to +20 degC
・+/- 2 degC Accuracy
・Compact Size, Light Weight
・Long Battery Life
・Easy Connection to sampling line
・Simple Operation
・Traceability to National Standard

Product Overview:

Overview
The Hygrometer TK-100 YN Model is a battery powered portable instrument.
It is suitable for the field measurements where electrical power is inconvenient or the multiple-points measurements.
TK-100 Dew Point Transmitter is set inside of the instrument for the measurement from -100 degC dp to +20 degC dp,
at an accuracy of +/- 2 degC dp.

TK-100 Transmitter
The core measurement tool for YN Model is TK-100 Dew Point Transmitter, manufactured by TEKHNE Corporation, Japan.
TEKHNE Ceramic Sensor is designed to secure the best mixture of accuracy, high response speed and long term stability.
Most advanced technology is used for this purpose. Also, the advanced microprocessor technology realized temperature
compensation mechanism, which minimizes the effect by process temperature to the dew point measurement.

Portability
YN Model is small, by 160 x 160 x 88 mm, and has lightweight, at 2 kg. It is developed based on the customers’ voice;
“easily bring it on the business trip by train or by air”.

Power
YN Model contains re-chargeable Lithium battery inside of the instrument. The battery make the instrument work for 24 hours,
by only 3 hours charge time. You can use it continuously over 24 hours, by the operation with battery charger connecting.
Battery status can be easily monitored by 3-status display for AC Power Supply, Charge and Discharge exist in the front panel.

Easy to Use
One of the most important features for such instruments is how easily users start operation.
YN Model needs only 3 steps for measurement, those are; Charge the battery, connect the line and press start button.
So the product does not choose users, but users choose the product, right now.

Specifications:

• MeasurementRange
  • -100 to +20°Cdp
• Accuracy
  • ±2 °Cdp
• Output
  • linear 4-20mA
• Operating Temp
  • 0 to +40°C
• Operating Pressure
  • Max 1MPa
• Flow Rate
  • 1 to 5 NL/min
• Power and Battery
  • AC100 to 240V, 50-60Hz Built-in rechargeable battery

Specifications:

• Measurement range
  • -100 to 20℃dp
• Accuracy
  • ±2
• Output
  • 4-20mA
• Charge time
  • 8hours
• Run time
  • 15hours
• Traceability
  • NIST

Product Overview:

Portable Hygrometer with built-in dry chamber.
Quick response time
It makes your measurement easy.