Redox combination electrodes

The electrode acquires the redox potential of water and aqueous-based media. A robust industrial electrode for the most demanding applications with increased dirt and poison load as well as oil-containing media.

Dirt-repelling PTFE diaphragm	Low diffusion potentials	Double chamber version

pH combination electrodes

The product acquires the pH value of water and aqueous-based media. It has robust industrial electrodes for the most demanding applications with increased dirt and poison load as well as oil-containing media.

Stable and reliable measured values	Low maintenance and robust	Extended operating life

For flow sensors

With the assistance of the fittings, the push-in devices MID flow transmitter (type 406010 & 406011) and the paddlewheel flow sensor (type 406020) are integrated into the pipe. In addition to the T-fittings for screw connection, welded sockets and pipe clamps are available.

Process connections DN 15 to DN 400	Choice between plastic and stainless steel	Minimal installation effort

Plug-in magnetic-inductive flow transmitter

The transmitter can be used in liquids with a conductivity as of 20 μS/cm. Standardized fittings ensure simple insertion of the transmitter into pipes from DN 15 to DN 400. The output signal is 4 to 20 mA and the pulse frequency signal is 0 to 240 Hz.

Minimal installation effort
	Configurable switching outputs	Standardized fittings

Plug-in paddlewheel flow sensor

The product continuously measures the flow velocity of neutral or slightly aggressive liquids that have low solid content Flow velocities of 0.3 to 10 m/s can be measured. The measured value appears as a pulse frequency.

Minimal installation effort
	Standardized fittings	Low investment costs

Flow measurement with orifice plate

The flow measurement based on the differential pressure is universal and can be used in liquids, gases, and steam. The JUMO flowTRANS DP R primary element can be used within a wide range of nominal widths, temperatures, and pressures.

Low-resistance UW glass	Quick measurement results	Low investment costs

Flow measurement with pitot tube

The flow measurement based on the differential pressure is universal and can be used in liquids, gases, and steam. The JUMO flowTRANS DP P primary element can be used within a wide range of nominal widths, temperatures, and pressures.

Low pressure loss	Short inlet and outlet sections	For extreme pressures and temperatures

Ultrasonic flowmeter

Absolut wear and maintenance-free ultrasonic technology allows the flowmeter to measure with high precision and independent of the conductivity. It can also be extended with temperature and pressure sensors. The device can be integrated into sensor networks via JUMO digiLine or IO-Link interface. Configuration is convenient via Bluetooth and app.

Temperature and pressure measurement possible	Precise measurement	Wear and maintenance free

Electromagnetic flowmeter

The JUMO flowTRANS MAG H20 is an electromagnetic flowmeter for industrial automation. Its compact design allows it to fit into the smallest plants (dosing systems, apparatus cooling) and to measure conductive media with a high degree of precision. TRI-Clamps allow process-oriented use in the hygienic industry. The usual G-type external threads are available as well.

Measurement of small quantities	Compact design	Modern HMI

Electromagnetic flowmeter

The OPTIFLUX 6000 is an electromagnetic flowmeter (EMF) for hygienic applications in the food sector. The 3A and EHEDG certified flowmeter has industry-specific insertion lengths to meet the stringent requirements of the food and beverage industry.

3A, EHEDG, FDA & EC1935/2004 compliant	Opt. stainless steel case/separated/compact	Extensive error diagnostics

Electromagnetic flowmeter

The OPTIFLUX 2000 is an electromagnetic flowmeter (EMF) for water and wastewater applications which has many drinking water approvals.

Meets drinking water standards	Wear and maintenance free	Wide dynamic measuring range

Electromagnetic flowmeter

The electromagnetic flowmeter OPTIFLUX 1000 can be used to measure conductive liquids in pipes with nominal widths from DN 10 to DN 150. The device has been designed for standard industrial applications and can be used in liquid media with different properties.

Space-saving installation	Wear and maintenance free	Wide dynamic measuring range

Ultrasonic flowmeter for liquids

The flowmeter measures precisely in conductive and non-conductive media. Ultrasonic technology allows it to be absolutely free of wear and maintenance. Its metal-free housing and the plastic pipe in various nominal widths allow it to be used in a flexible manner – even when dealing with corrosive media.

Precise measurement	Low wear and low maintenance	Flexible in its application

Float switch with chamber

For point level measurement of liquids with chamber. In the event of a lack of space or turbulent media, the device is mounted on the side of the tank. Available with 1 float and up to 2 switching contacts as well as an optional temperature sensor/switch.

Maintenance-free device setup	Price-performance ratio	Side mounting via compression fitting

Float switch in miniature form

For point level measurement in liquids with up to 4 floats and up to 4 switching contacts. The optional temperature sensor can be used for point level measurement as well as to acquire temperature with only one measuring point.

Maintenance-free device setup	Price-performance ratio	No isolating switch amplifier for [Ex d] required

Standard version of float switch

For point level measurement in liquids with up to 5 floats and up to 5 switching contacts. Both the optional temperature sensor and the temperature switch can be used for point level measurement as well as to acquire temperature with only one measuring point.

Maintenance-free device setup	Price-performance ratio	No isolating switch amplifier for [Ex d] required

Float switch in horizontal design

The horizontal float switch can be easily mounted, e.g. on the side of a tank wall. Due to its construction it is suitable for the minimum and maximum limit level of liquids (MIN/MAX level). It offers up to 2 switching contacts for redundant level measurement. Thanks to Ex approvals, it is ideal for the chemical industry, power plants, machine and container construction.

Cost-saving installation and assembly	Maintenance-free device structure	Reduction of storage costs

Float switch in curved version

The float switch is typically used to switch alarms, pumps, signal lamps, valves, and horns via a contact protection relay. When connected to intrinsically safe electrical circuits, the intrinsically safe [Ex i] version of the product meets the requirements.

Maintenance-free device setup	Cost-effective installation and mounting	Flexible measurement

Level transmitter via float

Quasi-continuous level measurement of liquids in storage tanks and containers via floats and a reed chain with a resolution of up to 5.5 mm. The level is available as a standard signal of 4 to 20 mA. In addition, a temperature sensor/switch can also be provided.

Reverse-polarity protection	High degree of measuring accuracy	No temperature influence on the measurement result

Level probe made of titanium or stainless steel

The level probe measures the level of liquids continuously and hydrostatically. In ventilated tanks, filling heights from 1 to 100 mH2O can be achieved. The level probe is used, among other places, in ballast water tanks, pumping stations, and splash water containers.

Highly resistant due to titanium design	Approval for explosion protection and shipbuilding	Economical industrial version

Level probe

The level probe measures the level of liquids continuously and hydrostatically. It can be used in ventilated tanks at filling heights from 2.50 to 10 mH2O. The level probe is used, among other places, in rainwater cisterns or in graywater recycling.

Sturdy version	Low investment costs	Reverse-polarity protection

Level probe

The level probe measures the level of liquids continuously and hydrostatically. In ventilated tanks, filling heights from 2.5 to 100 mH2O can be achieved. The level probe is equipped with integrated overvoltage protection as a standard feature. Examples of where the level probe is used include water management, well water, and surface water.

Drinking water approval	Sturdy version	Optional temperature sensor Pt100

Level probe

The level probe measures the level of liquids continuously and hydrostatically. In ventilated tanks, filling heights from 0.5 to 16 mH2O can be achieved. The level probe is used, among other places, in water and wastewater management, electroplating baths, and in containers with aggressive media such as acids and lyes.

Integrated overvoltage protection	High chemical resistance	Optionally with temperature sensor Pt100

Level probe

The level probe measures the level of liquids continuously and hydrostatically. It can be used in ventilated tanks at filling heights from 2.50 to 25 mH2O. The level probe is used, among other places, in pumping stations or storage tanks.

CSA and drinking water approval	Sturdy version	Economical industrial version

Capacitive level switch

The capacitive level switch identifies the level of liquids and solids. It can also be used in pressurized tanks or pipes. Typically, the level switch is used in industrial environments for applications with requirements for overflow and dry-run protection or for media detection (such as sludge in separation processes).

Maintenance-free product structure	Low investment costs	Reliable, robust industry design

For commercial vehicles

This product is for monitoring the level and temperature of engine oil and gearbox oil as well as for supporting vehicle diagnosis in modern commercial vehicles, construction machines, and agricultural machines.

Installation position: standing or suspended	Additional temperature output as optional extra	Connecting cable: cross-linked polyester

Multichannel controller module

The multichannel controller module can be used for up to 4 PID control channels (cascadable). The standard version includes 2 high-quality universal analog inputs, 2 digital inputs (DC 0/24 V), and 2 digital outputs as relays with normally open contact (AC 230 V, 3 A) or as logic output (DC 0/15 V).

The inputs and outputs can be extended	Customer-specific linearization	Reliability through independent operation

Analog input module 8-channel

The analog input module 8-channel has 8 analog inputs for RTD temperature probes in a two-wire circuit, and 1 digital input (DC 0/24 V). The analog inputs are not galvanically isolated from each other.

Automatic configuration (Plug and Play)	Connection of inputs on the front	Removable terminal strips with PUSH IN

Analog input module 4-channel

The analog input module 4-channel has 4 universal analog inputs with galvanic isolation. The digitized input values/states are available in the system for further processing.

Galvanically isolated analog inputs	Customer-specific linearization	Limit value monitoring functions

Analog output module 4-channel

The analog output module 4-channel is equipped with 4 outputs. The output signal, 0(2) to 10 V or 0(4) to 20 mA, can be configured individually for each channel. The analog outputs are controlled via the system bus.

Configurable behavior in the event of malfunction	Removable terminal strips	Connection of outputs on the front

Router module

The router module allows the automation system to be assigned freely and in a decentralized manner. The input and output modules can therefore be distributed across several DIN rails/control cabinets. The router modules can each be placed at distance of up to 100 m to one another/to the basic system.

Decentralized module assignment supported	Supply of operating voltage	Fast wiring

Digital input/output module 12-channel

The module is equipped with 12 channels, which can be configured as digital inputs or digital outputs. The digitized input states are available in the system for further processing. The digital outputs are controlled via the system bus by digital signals.

Freely selectable input and output channels	High load capacity per digital output	Convenient, flexible planning of the plant

Relay module 4-channel

The relay module provides 4 relay outputs, which are controlled via the system bus by digital signals (assignment in the connection list or directly by the PLC). Each relay output is equipped with a changeover contact AC 230 V/3 A.

Automatic configuration (Plug and Play)	Connection of outputs on the front	Removable terminal strips for each channel

Power supply units

The special features of these DIN rail power supply units include their high level of efficiency and small size. Low sensitivity to transients and overvoltage as well as barely any electromagnetic radiation make usage possible in almost any environment.

Quick-connect spring terminals	Active power factor correction	Robust metal case

Module for JUMO variTRON automation system

The module offers 32 channels. Of these, 17 are configured as digital outputs by default. Up to 3 option cards with 5 channels each can be used to add digital inputs and outputs. The digital input signals can be further processed in the JUMO variTRON central unit. The digital outputs forward signals that are transmitted by the system bus.

Flexibly configurable inputs and outputs	High load capacity per digital output	Convenient, flexible planning of a plant

Module for automation system JUMO variTRON

The 2-port router module extends the central unit of the JUMO variTRON automation system by 2 system bus outputs. In this way, the system bus can be transmitted to router modules 3-port (705042) on other DIN rails in the same or in other control cabinets at a distance of up to 100 m. This makes it possible to distribute input and output modules and to decentralize the automation system.

Supports decentralized module assignment	System bus expansion via 2 RJ45 sockets	Fast wiring

Module for automation system JUMO variTRON

The router module 1-port is a system component of the JUMO variTRON automation system. The module 1-port is primarily used together with a variTRON 300 central processing unit. It laterally provides the system bus output and power supply for connecting the input and output modules.

Connection to JUMO variTRON 300	Supply of operating voltage	Fast wiring

Module for automation system JUMO variTRON

With the 3-port router module, you can arrange the JUMO variTRON automation system in a decentralized and free way. It enables input and output modules to be distributed over several DIN rails or control cabinets. A maximum distance of 100 m is possible between 2 router modules or between the central unit and the router module.

Supports decentralized module assignment	Supply of operating voltage	Fast wiring

Central processing unit

The central processing unit contains the process map of the application and manages the configuration and parameter data of the overall system. 9 program generators and extensive limit value monitoring functions are available for individual control tasks.

Process mapping for 30 input and output modules	Software for fast startup	Access to process values via web server

Central processing unit for automation system with optional wireless interface

JUMO variTRON 300 is a compact automation system. The central processing unit can also be used as a receiver for the wireless JUMO Wtrans sensors. A router module can be used to connect JUMO's proven input and output modules and to set up an overall system with integrated PLC (CODESYS V3.5).

Support of numerous fieldbus systems	Connection of modern web panels	CODESYS V3.5 programming environment

Central processing unit for an automation system

JUMO variTRON 500 is based on the modular platform JUMO JUPITER. The central processing unit along with the tried-and-tested input and output modules (incl. controller module) of the measuring, control, and automation system JUMO mTRON T form an overall system and provide a PLC (CODESYS V3.5).

Integration of software functions (PLC)	High degree of scalability	Process mapping of all connected modules

Touch panel with integrated central processing unit for the automation system

JUMO variTRON 500 touch is based on the JUMO JUPITER modular platform. The central processing unit, in combination with the proven input and output modules from JUMO, forms an overall system with integrated PLC (CODESYS V3.5) and enables visualization via touch panel.

Support of many fieldbus systems	Process and plant visualizations	CODESYS V3.5 and Node-RED as IDEs

For automation system JUMO vari TRON

The web panels are easily connected to the JUMO variTRON automation system via Ethernet. They support CODESYS Remote TargetVisu or WebVisu. In this way, visualizations created with CODESYS can be displayed on the web panels and used to operate the system. The resitive or capacitive TFT-touchscreens are available in various sizes and resolutions.

Multi-touch operation	CODESYS Remote TargetVisu or WebVisu	Customer-specific process screens

Multifunction panel 840

The multifunction panel is used for simple and clear measured data visualization, operation, configuration, and parameterization of the system. As an interface between user and machine, the panel allows an optimal and clearly arranged insight into the process statuses and parameters of the system.

Integrated web server	8.4" TFT-touchscreen	Customer-specific process screens

Mobile access to JUMO devices via Bluetooth app.

The clever Bluetooth app provides intuitive and fast access to JUMO devices and is available for Android as well as iOS smartphones with NFC. Using state-of-the-art technology, it can later access other JUMO products in a flexible manner, configure them as required, and differentiate them using tag names. Actual process values can also be easily viewed. A demo helps with testing.

Configuration of devices	View actual process values	Bluetooth

Software for evaluating and visualizing the measurement data recorded by JUMO variTRON

The browser-based software solution enables intuitive evaluation and visualization of process data recorded via the JUMO variTRON automation system. Individual dashboards allow targeted and fast access to recorded process data. Manipulation detection based on digital certificates ensures a very high degree of data security.

Browser-based process data evaluation	Customizable dashboards	Plant-wide batch evaluation

Software for process monitoring and control

The SCADA software provides convenient access to measurement data via common web browsers and offers functions for process visualization as well as evaluation and archiving of the acquired data. JUMO smartWARE SCADA also supports manufacturing and work processes with valuable monitoring, alarm, and planning functions.

Maximum transparency in your processes	Alarm management with on-call planning	Unlimited access via web browser

IoT platform for secure process management

The IoT platform for process visualization, data acquisition, evaluation, and archiving enables worldwide access to measurement data via common web browsers. The JUMO Cloud is characterized by high security as well as valuable visualization, alarm, and planning functions.

Worldwide access with common browsers	Alarm management with on-call planning	High data security

Thyristor power switch

Thyristor power switches are required for contactless switching of the alternating current loads. A typical application is the switching of resistive inductive loads at a high switching frequency, particularly in the industrial sector.

With heat sink	UL approval	Control/power section galvanically isolated

Thyristor power switch

Thyristor power switches are required for contactless switching of the alternating current loads. A typical application is the switching of ohmic-inductive loads at a high switching frequency, particularly in the industrial sector.

Control/power section galvanically isolated	UL approval	Without heat sink

Single-phase thyristor controller for controlling non-linear loads

The JUMO TYA HL301 is characterized by an area of application from 300 to 800 A, a compact design, and efficient top-bottom wiring. All these factors make it a valuable tool in power control processes. The integrated data logging function and an oscilloscope for function control increase process reliability and ensure smooth operations in day-to-day business. In addition, extensive setup functions simplify configuration and startup.

Optional load management	Versatile communication protocols	Suitable for all load types

Three-phase thyristor controller in economy circuit

The JUMO TYA HL302 is characterized by an area of application from 300 to 800 A, a compact design, and efficient top-bottom wiring. All these factors make it a valuable tool in power control processes. The integrated data logging function increases process reliability and ensures smooth operations in day-to-day business. In addition, extensive setup functions simplify configuration and startup.

Optional load management	Versatile communication protocols	Suitable for all load types

Three-phase thyristor controller for controlling non-linear loads

The JUMO TYA HL303 is characterized by an area of application from 300 to 800 A, a compact design, and efficient top-bottom wiring. All these factors make it a valuable tool in power control processes. The integrated data logging function and an oscilloscope for function control increase process reliability and ensure smooth operations in day-to-day business. In addition, extensive setup functions simplify configuration and startup.

Optional load management	Versatile communication protocols	Suitable for all load types

Three-phase thyristor power controller for burst-firing operation in economy circuit

The JUMO TYA S202 switches three-phase resistive inductive loads in a three-phase economy circuit. The thyristor power controller is used to switch larger resistive and inductive loads such as in furnace construction.

LCD display with info line	Close mounting possible	Setup program via USB interface

Single-phase thyristor power controller for burst-firing operation

The JUMO TYA S201 is used to control larger resistive and inductive loads. This is carried out using pulse group control. Areas of application include industrial furnace construction and plastics processing.

LCD display with info line	Setup program via USB interface	Close mounting possible

Electronic transformer

The JUMO IPC 300 is an electronic transformer for controlling heating loads. Due to the amplitude control, the mains current is proportional to the required performance. This reduces interference (flicker, harmonics) and energy costs while increasing the durability of MoSi2 and SiC heating elements, which in turn reduces operating costs.

Reduction of reactive power	Lower electricity and operating costs	Greater plant availability

Three-phase thyristor power controller

The areas of application for thyristor power controllers are anywhere where larger resistive and resistive inductive loads have to be switched. The thyristor power controller with a load current of 20 A can either be clipped to a 35 mm mounting rail or fitted to a wall with a mounting plate.

LCD display with info line	Close mounting possible	Setup program via USB interface

Three-phase thyristor power controller in three-phase economy circuit

The JUMO TYA 202 is the systematic advancement of JUMO power controller technology. It switches resistive inductive loads using a three-phase economy circuit in star-delta three-phase operation. It is used where larger resistive and inductive loads have to be switched.

LCD display with info line	Close mounting possible	Setup program via USB interface

Single-phase thyristor power controller

Thyristor power controllers are used where larger resistive and inductive loads have to be switched (e.g. in industrial furnace construction and plastics processing). It consists of 2 antiparallel switched thyristors, the insulated heat sink, and the control electronics.

LCD display with info line	Setup program via USB interface	Close mounting possible

For applications in the air-conditioning sector

This measuring probe is for versatile ventilation and air conditioning applications. It is particularly easy to install, has a robust form, and uses reliable humidity measurement technology.

2-line LCD-display as optional extra	Rod, indoor, wall-mounted, and duct version	Current and voltage outputs

For facility management and climate monitoring

This measuring probe is mainly used in heating engineering, air-conditioning, and ventilation technology. It sets itself apart in particular through high measuring accuracy, long-term stability, and chemical resistance.

LCD display	Indoor, wall-mounted, duct, and rod versions	Current, voltage, or Modbus output

Measuring probe for humidity, temperature, and CO2

The Wtrans E01 measuring probe is used in combination with a Wtrans receiver for recording measured values using digital sensors for humidity, temperature, and CO2. Other measurands can be derived from the determined measured values.

LCD display with background lighting	2 inputs for measured value recording	No wiring work required

Hygrometric

The humidity measuring probes are suitable for both air-conditioning applications and humidity measurements in industrial applications. The high resistance of the sensing element to water is an advantageous feature which allows permanent use of the device in high humidity applications through to saturation.

Maintenance-free	Resistance, current, and voltage outputs	No voltage supply

With intelligent interchangeable probes

In this type series the probes are pluggable and replaceable. They are used in various areas such as air-conditioning measuring technology, the pharmaceutical industry, greenhouses, cleanrooms, storerooms, and cold-storage rooms.

Integrated LCD display	Intelligent interchangeable probes	Robust metal case

Humidity and temperature sensor for industrial applications

The JUMO hydroTRANS H50 is a convincing solution even in areas with high levels of moisture or chemical contamination thanks to highly accurate as well as stable temperature and humidity measurements. Its broad application area of -80 to +180 °C and its ability to measure pressures of up to 300 bar not only allows it to handle a wide range of measurement tasks, but also reduces equipment costs due to an integrated data logger.

Heated sensor for high humidity	Long operating life due to sensor coating	Integrated data logger function

For humidity, temperature, and derived variables

This measuring probe has been designed for accurate and risk-free humidity monitoring in potentially explosive areas. It is mainly used in challenging industrial applications and under harsh conditions.

Intelligent interchangeable probes	Modular measuring probe concept	Corrosion resistant

Humidity and temperature transmitter with optional CO2 module in indoor version

This humidity and temperature transmitter with optional CO2 module works with the capacitive measurement method. The room version is suitable for indoor use (e.g. offices, residential premises, etc.). The humidity measuring device is available with various interfaces. It is characterized by ease of installation and reliable sensor technology.

Simple startup	HVAC applications, building automation	Multisensor (temperature, humidity, CO2)

Humidity and temperature transmitter with optional CO2 module in rod version

This humidity and temperature transmitter with optional CO2 module works with the capacitive measurement method. The rod version is suitable for use in hard-to-reach areas and ventilation lines. The humidity measuring device is available with various interfaces. It is characterized by ease of installation, robustness, and reliable sensor technology.

For rail applications acc. to EN 50155	HVAC applications, building automation	Multisensor (temperature, humidity, CO2)

Humidity and temperature transmitter with optional CO2 module in duct version

This humidity and temperature transmitter with optional CO2 module works with the capacitive measurement method. The duct design is suitable for use in ventilation ducts and lines. The humidity measuring device is available with various interfaces. It is characterized by ease of installation, robustness, and reliable sensor technology.

For rail applications acc. to EN 50155	HVAC applications, building automation	Multisensor (temperature, humidity, CO2)

Humidity and temperature transmitter with optional CO2 module in wall-mounted version

The humidity and temperature transmitter with optional CO2 module works with the capacitive measurement method. The wall-mounted version is suitable for use in harsh environments such as storage rooms and production facilities. The humidity sensor is available with various interfaces. It is characterized by ease of installation, robustness, and reliable sensor technology. Innovative Single Pair Ethernet technology enables a direct connection to the JUMO Cloud and other automation systems.

Simple startup	HVAC applications, building automation	Multisensor (temperature, humidity, CO2)

Hygrometric

Hygrostats are primarily used as simple two-state controllers to control the relative humidity in conditioning cabinets and air ducts as well as to control air humidifiers and dehumidifiers in the building technology industry.

Cost-effective	Adjustment protection	Maintenance-free

Compact multichannel transmitter and controller

The product controls and records the pH and redox values, ammonia concentrations, temperatures, and flow rates. It can be used as a two-state, three-state, three-step, or as a continuous controller (e.g. for detoxifications).

Easy-to-use programming	13 integrated user languages	Choice of display visualizations

Transmitter and switching device for pH, redox, and temperature

Depending on its configuration, the device measures and controls the pH value or the redox potential in aqueous solutions. Typical application areas include general water and wastewater management, the measuring of drinking water and wastewater, process water, surface water, and seawater.

Sensors are connected with a screw terminal	Possible to switch from pH to mV	Guided calibration procedure

Transmitter and controller for pH value

The product controls and acquires the pH and redox value, the ammonia concentration, and temperatures. The modular structure adapts to the requirements of the application. Up to 4 outputs are available.

Choice of display visualizations	Easy-to-use programming	12 integrated user languages

Modular multichannel measuring device (liquid analysis)

The product is intended as a platform for measuring, controlling, recording, and displaying the pH value/redox, electrolytic conductivity, high-purified water resistance, temperature, disinfection measurands (such as free chlorine, total chlorine, chlorine dioxide, ozone, hydrogen peroxide, and peracetic acid), and the totalized flow rate.

2 analysis inputs in any combination	10 configurable switching outputs	15 additional measuring signals can be connected

Industry version

The measuring principle of the thermometer is based on a bimetal coil in a stainless steel or brass protection tube. If the temperature increases or falls, it turns and has a direct effect on the indicator via an axis. Versions of the 608002 products comply with DIN EN 13190, class 1.

Impervious to ambient temperature	Accuracy class 1	Without auxiliary energy

Universal receiver for JUMO wireless measuring probes

The Wtrans receiver T01, in combination with suitable Wtrans transmitters, is used for the mobile or stationary measurement of the following physical measurands: temperature, pressure, and humidity. The wireless sensor technology also works in a harsh industrial environment.

Up to 4 analog outputs	No wiring work required	Customer-specific linearization

Inductive conductivity transmitter with switching contacts

The device is used for measuring and controlling the conductivity or the concentration of liquid media. The integrated temperature measurement enables precise and quick compensation. Additional functions allow the combined toggling of measuring range and temperature coefficient.

Activation of 4 measuring ranges	Easy-to-use programming	Activation of 4 temperature coefficients

Sensor for free chlorine

These membrane-covered amperometric sensors are used to measure the concentration of free chlorine (e.g. in drinking water, swimming pool water, industrial water, process water, and cooling water). The sensors can be connected directly to a suitable indicating and control device.

Easy calibration	Two-electrode/three-electrode principle	Integrated temperature compensation

Conductive two-electrode conductivity sensor

The product is available in versions GT, EC, and GS. A special graphite is used in the GT version for water treatment. The main features of the stainless steel EC version are its very compact design type and the integrated Pt100 as a standard feature.

Robust design	Can be used for various applications	Minimum investment costs

Plug-in magnetic-inductive flow transmitter with display

The transmitter can be used in liquids with a conductivity as of 20 μS/cm. Standardized fittings ensure simple insertion of the transmitter into pipes from DN 15 to DN 400. The output signal is 4 to 20 mA and the pulse frequency signal is 0 to 240 Hz.

		Minimal installation effort
High degree of functionality	Illuminated LCD display

pH combination electrode with glass or plastic shaft

The electrode acquires the pH value of water and aqueous-based media. It is used, among other places, in swimming pools, aquaristics for monitoring and treating drinking water, and in greenhouse technology.

Low-resistance UW glass	Quick measurement results	Low investment costs

For thermocouples and RTD temperature probes

DIN EN 50446 defines the terminal head design types A and B, which differ in size and also slightly in their shape. Aluminum or plastic is used, depending on the application. These design types are suitable for the installation of a two-wire transmitter.

Various materials	Sealable versions	Installation of a transmitter

For thermocouples and RTD temperature probes

Screw-in thermowells are used for installing thermocouples and RTD temperature probes when replacement without draining the system and/or pressure resistance is required. Pressure stability is temperature dependent and specified in the data sheet.

Operating pressure up to 450 bar	Thermometers can be replaced without emptying the system	Low investment costs

Dial thermometer with microswitch

Dial thermometers with microswitch are universally-applicable devices with actual value display for temperature measurement, control, and monitoring. The devices have a temperature controller with actual value display and are manufactured using high-grade stainless steel.

Independent control	Low mounting depth	High degree of process reliability

For temperature control

Contact dial thermometers are universally-applicable devices with actual value display for temperature measurement, control, and monitoring. The slow-action contact/magnetic snap contact closes or opens an electrical circuit depending on the movement direction at the set limit values.

Capillary measuring system	Without auxiliary energy	Accuracy class 1

Temperature controller

The MICROSTAT-M is a universally-applicable electromechanical temperature controller with actual value display. The device comes in a plastic housing with a liquid or gas-filled measuring system.

Without auxiliary energy	Capillary measuring system	Setpoint adjustment on the front

For temperature control

Contact dial thermometers are universally-applicable devices with actual value display for temperature measurement, control, and monitoring. The 608520 series is RoHs compliant and cadmium free.

Without auxiliary energy	Capillary measuring system	Bend protection spring

For local monitoring

Dial thermometers are universal devices used for temperature measurement and monitoring. The overall system is extremely warp resistant due to the direct connection of the indicator to the measuring system. Oscillations are transferred to the indicator only to a limited degree.

Without auxiliary energy	Capillary measuring system	Accuracy class 1

For chemical applications

The measuring principle of the thermometer is based on a bimetal coil in a stainless steel or brass protection tube. If the temperature increases or falls, it turns and has a direct effect on the indicator via an axis. Versions of the 608003 products comply with DIN EN 13190, class 1.

Impervious to ambient temperature	Accuracy class 1	Without auxiliary energy

Transformer version

The measuring principle of the thermometer is based on a bimetal coil in a stainless steel or brass protection tube. If the temperature increases or falls, it turns and has a direct effect on the indicator via an axis. Versions of the 608005 products comply with DIN EN 13190, class 1.5.

Without auxiliary energy	Drag indicator	Impervious to ambient temperature

Panel mounting

Dial thermometers are temperature indicators for universal use. The devices come in a stainless steel case with a liquid or gas-filled measuring system.

Suitable for panel mounting	Without auxiliary energy	Capillary measuring system

For local temperature measurement

The measuring principle of the dial thermometer is based on a bimetal coil in a stainless steel or brass protection tube. If the temperature increases or falls, it turns and has a direct effect on the indicator via an axis. The indicator deflection is therefore proportional to the change of temperature.

Impervious to ambient temperature	Linear display	Without auxiliary energy

With terminal head form B

Screw-in RTD temperature probes are predominantly used for measuring temperatures in liquids and gases. The installation type enables the formation of reliable seals for both vacuum and overpressure applications.

Single/double RTD temperature probe	Available with transmitter	Interchangeable measuring insert

With terminal head form J

Screw-in RTD temperature probes are predominantly used for measuring temperatures in liquids and gases. The installation type enables the formation of reliable seals for both vacuum and overpressure applications.

Single/double RTD temperature probe	Three-wire and four-wire circuit available	Transmitter available

With terminal head form B

Push-in RTD temperature probes are predominantly used for temperature measurement in liquid and gases. Application areas include air conditioning and refrigeration technology, process technology as well as heating, furnace, and apparatus engineering.

Single/double RTD temperature probe	Interchangeable measuring insert	Transmitter available

With terminal head form J

Push-in RTD temperature probes are predominantly used for temperature measurement in liquid and gases. The application areas are, among others, in air-conditioning and refrigeration technology as well heating, furnace, and apparatus engineering.

Single/double RTD temperature probe	Three-wire and four-wire circuit as an option	Transmitter available

Screw-in RTD temperature probe with/without transmitter

The product can be used in a wide range of industrial application areas. In particular for hygienic applications in the food and pharmaceutical industry. It consists of a protection tube with an integrated temperature sensor, a process connection, and an attached transmitter.

EHEDG certification	RoHS conformity for EU and China	Configuration via USB interface

Temperature sensor with IO-Link

The temperature sensor is equipped with an IO-Link interface that supports bidirectional communication (e.g. to exchange the process data, parameters, diagnostic information, and status messages) – ideal for connecting to automation systems in plant and mechanical engineering.

Process automation	Saves time during mounting/startup	Lower maintenance/repair costs

With connecting cable

Surface RTD temperature probes are used in closed pipe systems or on other round and flat surfaces. The probes can be installed with ease using tightening bands or cable ties, which means that mechanical modification of the measuring location is not necessary.

Simple and quick installation	Various materials	Low thermal mass

With connecting cable according to DIN EN 60751

Due to their specific features, ATEX/IECEx RTD temperature probes with connecting cables are used in pharmaceutical and chemical plants, power plants, pipes, on test rigs, in engine manufacturing, and at any measuring locations requiring flexibility and simple replacement.

Two-wire, three-wire, or four-wire circuit	Shielded connecting cables	Single, double, and triple variant

RTD temperature probes for process technology with Ex approval

RTD temperature probes for process technology are predominantly used for temperature measurement in liquids and gases. They consist of a protection fitting according to DIN 43772 with various process connections, a terminal head, and an interchangeable measuring insert.

Interchangeable measuring insert	Stainless steel/ titanium/tantalum/ Inconel®/HASTELLOY®	Two-wire transmitter available

With connecting cable

Screw-in RTD temperature probes with connecting cable are used in such fields as air-conditioning and refrigeration technology, heating and furnace construction, and apparatus engineering.

Single/double RTD temperature probe	PVC, silicone, PTFE, metal braiding	Optionally with bend protection

Screw-in RTD temperature probe for marine applications

The screw-in RTD temperature probe is the preferred choice for measuring temperatures in liquid and gaseous media in the shipping industry. A decisive criterion is the reliable sealing feature when vacuum and overpressure occurs. This is how it is certified according to Bureau Veritas.

Bureau Veritas certified	Up to 100 °C ambient temperature	Sealing feature when vacuum and overpressure occurs

RTD temperature probe with wireless data transmission

The thermometer acquires temperatures in the operating range from -30 to +260 °C or -200 to +600 °C. This measured value is transferred wirelessly to the receiver of the Wtrans measuring system. This makes it ideal for mobile or stationary temperature measurement without any wiring work.

No wiring work required	Fail-safe transmission	Available with ATEX approval

For temperature measurement in grain silos

The multipoint temperature probe reliably measures the temperature at different heights of a silo. The RTD temperature probe can be used for concrete and metal silos. Depending on the version, the multipoint temperature probe can be mounted outside or inside.

Up to 64 measuring points	Sturdy industrial version	ATEX approval

RTD temperature probe with CANopen output

RTD temperature probes are predominantly used for temperature measurement in liquids and gases. Areas of application include medical technology, mechanical engineering, drive technology, commercial vehicles, and railroad systems.

Vibration-resistant construction	Limit value monitoring function	Single/double RTD temperature probe

For indoors, walls, and outside

Indoor, wall, and outdoor RTD temperature probes for air conditioning technology are mainly used to measure temperature in rooms, halls, and outdoors. Various device versions made of plastic with different protection types are available for the respective measuring task.

Two-wire, three-wire, or four-wire circuit	Analog transmitter available	SIL and PL compatible

For the food and pharmaceutical industry

The RTD temperature probes can be built with terminal heads made of either stainless steel, aluminum die-cast, or plastic. Various process connections are available for the different requirements of sub-areas in the food and pharmaceutical industry.

Hygienic process connections	CIP-compliant installation	Two-wire transmitter available

Wheelset temperature probe

JUMO railTEMP has a qualified measuring insert especially developed for railway applications with up to 2 sensing elements and can be equipped with different sensors. The firmly attached connection line is available with a variety of different connections or high-quality connectors. Halogen-free materials and cable protection ensure maximum safety in rail transport as well as reliable measurement results.

Certified acc. to DIN EN 50155/61373	Vibration and shock-resistant	Flexible sensor technology

Screw-in RTD temperature probe with plug connector

The screw-in RTD temperature probes of the VIBROtemp series are reliable –even under pressure– at measuring the correct temperature in commercial vehicles, construction machinery, agricultural machinery, motors, compressors, and in many areas from the railway technology field. Use in hydrogen applications is possible. Different plug connections are available to suit the specific application area.

Locked to ensure contact	Vibration-resistant construction	Long-term stability

Screw-in RTD temperature probe for combined cold and heat meters for direct mounting (type DS/DL)

Combined cold/heat meter RTD temperature probes are used for temperature measurement in closed pipeline systems. Direct mounting without an additional thermowell is recommended to achieve optimum thermal coupling to the measurement medium in the heating system.

Certified according to module D (MID)	DIN EN 1434, AGFW FW 202, and FW 211	Conformity according to the German MessEG and MID

Screw-in RTD temperature probe for heat meters with terminal head for direct mounting (type DL)

These type DL heat and cold meter RTD temperature probes are used for temperature measurement in closed pipeline systems. Direct mounting without an additional immersion sleeve is recommended to achieve optimum thermal coupling to the measurement medium in the heating system.

Certified according to module D (MID/MessEV)	DIN EN 1434, AGFW 202, and FW 211	Conformity according to the German MessEG/MID

Screw-in RTD temperature probe for combined cold/heat meters with terminal head for direct mounting (type DL)

Combined cold/heat meter RTD temperature probes are used for temperature measurement in closed pipeline systems. Direct mounting without an additional thermowell is recommended to achieve optimum thermal coupling to the measurement medium in the heating system.

Certified according to module D (MID)	DIN EN 1434, AGFW FW 202, and FW 211	Conformity according to the German MessEG and MID

Push-in RTD temperature probe for heat meters with connecting cable for thermowells (type PS/PL)

RTD temperature probes for heat meters are used for temperature measurement in closed pipeline systems. As the probes are installed in thermowells, emptying the system for regular replacement at the end of the certification period is no longer necessary.

Pairing and conformity according to MID	Type examination certificate available	DIN EN 1434, AGFW FW 202, and FW 211

For heat meter temperature probes

Thermowells are used for replacement of the RTD temperature probes without emptying the system and/or pressure resistance. Shorter thermowells are mostly screwed into T-pieces while longer design types are screwed into special welded sockets or welded directly in the pipe wall.

MID-compliant with identification marking	Various materials	Available with inspection certificate 3.1

Safety temperature limiter, safety temperature monitor according to DIN EN 14597

The device is primarily built to monitor thermotechnical processes accurately and switch the systems to a safe operating status in the event of malfunctions. As a result, risks to people, the environment, production facilities, and production goods can be identified and averted at an early stage.

Internal and external unlocking	LCD display	Wide voltage supply range

Safety temperature limiters and monitors according to DIN EN 14597 and ATEX approval

The compact and user configurable JUMO safetyM STB/STW Ex can enable early and reliable detection of risks in Ex areas which could potentially result in personal injuries, environmental damage, or destruction of the production facilities and production goods.

Setup program	Intrinsically safe inputs [Ex ia]	Ignition source monitoring

Temperature limiter/monitor

The JUMO safetyM TB/TW is a user programmable limiter/monitor. The universal measurement input is user configurable for RTD temperature probes, thermocouples, and current or voltage signals. TB/TWs are used to monitor thermal processes in plants for a set limit value.

Setup program	Universal measurement input	Alphanumeric LCD display

Temperature limiter/monitor according to DIN EN 14597

The JUMO safetyM TB/TW08 is a user programmable temperature limitation device. The measurement input is user configurable for RTD temperature probes, thermocouples, and current or voltage signals. TB/TWs are used to monitor thermal processes in plants for a set limit value.

17 linearizations can be set	Internal and external unlocking	Setup program

ETH series

Panel-mounted thermostats from the ETH series monitor thermal processes. The devices are available as safety temperature monitors (STW) and safety temperature limiters (STB). In the event of a malfunction the STB places the system being monitored in a safe operating status.

High control range	No auxiliary energy required	Various applications

Explosion-protected surface-mounted thermostat

The product monitors and controls temperature in potentially explosive areas. Use in environments with gas and steam is permitted (zones 1 and 2); use in environments with conductive dust (zones 21 and 22) is also permitted.

Can be used up to zone 0	Single thermostat and double thermostat	Flexible application options

ATH series

The devices of the ATH series are available as temperature controllers (TR), temperature limiters (TB), temperature monitors (TW), safety temperature monitors (STW), and safety temperature limiters (STB). In the event of a malfunction the STB sets the system being monitored to a safe operating status.

Self-monitoring in the event of a pressure drop	Safety switch-off at -20 °C	Robust housing

WTHc series

The thermostats of the WTHc series are suitable for use in hot air systems according to DIN 4794 and consist of 3 separate measuring and switching systems with the following functions: temperature controller (TR), temperature monitor (TW), and safety temperature limiter (STB).

3 separate measuring and switching systems	Optimum adjustment	Without auxiliary energy

Type STM-RW-2

The exhaust gas temperature monitor is used to monitor the exhaust gas temperature released from solid fuel boilers when in bivalent operation with oil-fired boilers. Another application is the locking of ventilation systems that cause vacuums in combination with tiled stoves and chimneys.

Microswitch	Automatic reset	High level of contact reliability

EM series up to 650 °C

The devices are available as temperature monitors (TW), temperature limiters (TB), and as safety temperature limiters (STB). In the event of a malfunction the STB places the system being monitored in a safe operating status. Panel-mounted thermostats operate according to the liquid expansion principle.

No auxiliary energy required	High switching point accuracy	Temperature compensation

EM series

The devices are available as safety temperature monitors (STW) and safety temperature limiters (STB). In the event of a malfunction the STB places the system being monitored in a safe operating status. Panel-mounted thermostats operate according to the liquid expansion principle.

Safety switch-off at -20 °C	Self-monitoring in the event of a pressure drop	Microswitch

AMTHF series

The devices of AMTHF series are available with 2, 3, or 4 switching steps as temperature controllers (TR) and temperature monitors (TW). The sequence contact gap of the individual switching steps in Kelvin is adjusted in a fixed manner according to customer requirements per default.

For universal use	Impervious to environmental influences	Without auxiliary energy

ATH.-SE series

The devices of the ATH.-SE series are available as temperature monitors (TW), safety temperature monitors (STW), and safety temperature limiters (STB). In the event of a malfunction the STB places the system being monitored in a safe operating status.

Impervious to environmental influences	Microswitch	Without auxiliary energy

ATH series

Surface-mounted double thermostats of the ATH series consist of 2 separate measuring and switching systems. The devices are available as temperature controllers (TR), temperature limiters (TB), temperature monitors (TW), safety temperature monitors (STW), and safety temperature limiters (STB).

Safety switch-off at -20 °C	Self-monitoring in the event of a pressure drop	2 separate measuring and switching systems

ATH-SW series

Surface-mounted thermostats of the ATH-SW type series consist of 1 or 2 separate measuring and switching systems. The devices are available as temperature monitors (TW), safety temperature monitors (STW), and safety temperature limiters (STB).

Separate measuring and switching systems	Microswitch	Impervious to environmental influences

Electronic frost protection thermostat

The frost protection thermostat is used on the air part of air-conditioning systems, heat exchangers, heating registers, and similar units to protect them against frost damage and freezing. Applications include in building automation and the ventilation and air-conditioning industry.

Variety of applications	Self-monitoring of the probe line	Integrated membrane heating

Frost protection thermostat

The product monitors the temperature in ventilation and air-conditioning systems. It has a small switching differential and a high level of reproducibility. The AT version allows mounting on the wall; the DR version is suitable for DIN-rail mounting.

Surface temperature monitoring	Microswitch with snap-action system	Easy to install and use

Panel-mounted thermostat

The product is available as temperature controller (TR), temperature monitor (TW) (type 602030), safety temperature monitor (STW), or as a safety temperature limiter (STB) (type 602031). The panel-mounted thermostat is RoHS-compliant and cadmium-free.

Temperature compensation	Microswitch with snap-action system	Safety switch-off at -20 °C

Surface-mounted thermostat

The JUMO heatTHERM-DR (design type 7+8) type is a specific variation with a special case bottom section for DIN rail or wall mounting. As a result, easy installation on mounting rails TH35 according to DIN EN 60715 (e.g. in control cabinets) is possible.

PUSH IN connection technology	High switching point accuracy	Various applications

Panel-mounted thermostat

The JUMO heatTHERM P100 has been designed as a temperature controller (TR) for the entry-level class. The device stands out through its solid quality, simple installation, and low space requirement.

No auxiliary energy required	Low space requirement	Cadmium-free construction

EM series to 500 °C

The devices of the EM series are available as temperature controllers (TR), temperature monitors (TW), temperature limiters (TB), safety temperature monitors (STW), and safety temperature limiters (STB). In the event of a malfunction the STB places the system being monitored in a safe operating status.

Self-monitoring in the event of a pressure drop	Without auxiliary energy	Multiple single pole combinations

3-phase panel-mounted thermostat

The 3-phase JUMO heatTHERM P300 can switch outputs up to 480 V at 30 A. All phases are disconnected from the power grid simultaneously here. The device is a safety temperature limiter (STB) and sets the system being monitored to a safe operating status in the event of a malfunction.

Increased safety	Time-saving startup	3-phase STB

Surface-mounted thermostat for ATEX and SIL applications

The surface-mounted thermostat is available as a single or double thermostat with capillary or rigid thermowell. A microswitch is used as the electrical switching element. The device operates according to the principle of liquid expansion. It is available as a temperature monitor, safety temperature monitor, and safety temperature limiter. Additional thermowells allow use in zone 0.

[Ex i] version for mounting in zone 1/21	PUSH IN connection technology	Quick and secure connection

For zone separation 0/1 or 20/21

ATEX thermowells made of stainless steel are used for the separation of zones 0 and 1 or 20 and 21. Screw-in sleeves or weld-in sleeves are available from stock in insertion lengths 100 mm, 150 mm, 200 mm, and 300 mm.

Screw-in sleeve or weld-in sleeve	Special lengths are available upon request	Inspection certificate 3.1 as standard

For devices and plants tested according to DIN EN 14597

Screw-in thermocouples are predominantly used for measuring temperature in liquids and gases. Protection tubes made of various materials protect the measuring insert against chemical influences and mechanical damage.

Single or double thermocouple	Use in plants according to DIN 4754	For the media water, oil, or air

Food insertion thermocouples

Due to their special construction, these robust, steam-tight food insertion thermocouples are especially suited to cooking, boiling, and baking processes in all food processing and food preservation applications. The stainless steel probe tube is available with a concentric or oblique probe tip.

Steam-tight	High mechanical strength	Multiple measuring points

With terminal head form B

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Their installation type enables the formation of reliable seals, both for vacuum and overpressure applications.

Single and double thermocouple	Available with transmitter	Various terminal heads

With terminal head form J

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Their installation type enables the formation of reliable seals, both for vacuum and overpressure applications.

Single or double thermocouple	According to DIN EN 60584/DIN 43710	Insulated or connected with protection tube

With compensating cable

Screw-in thermocouples are primarily used for measuring temperatures in liquids and gases. Depending on the version, the compensating cables are suitable for dry or humid rooms that have a temperature range from -20 to +350 °C.

Single and double thermocouple	Compensating cable made of silicon/metal braiding	Thermocouples type K and L

With sharp or flat probe tips

Screw-in melt thermocouples are predominantly used to acquire temperature measurements for melt temperatures in the plastics industry. Sharp or flat probe tips ensure optimum temperature acquisition depending on the requirements.

Various thermocouples available	Protection tube and probe tip made from stainless steel	Ceramic insulated probe tip

With form A terminal head

Push-in thermocouples are predominantly used for measuring temperatures in liquid and gaseous media. Thermowells made of various ceramic materials and heat-resistant steels protect the measuring insert against chemical influences and mechanical damage.

Single and double thermocouple	Installation location sealed up to 1 bar	Transmitter available

With terminal head form B

Push-in thermocouples are predominantly used for measuring temperatures in liquid and gaseous media. Thermowells made of various ceramic materials and heat-resistant steels protect the measuring insert against chemical influences and mechanical damage.

Single or double thermocouple	Installation location sealed up to 1 bar	Transmitter available

With compensating cable

Push-in thermocouples are predominantly used for temperature measurement in solid bodies (e.g. heating plates and sealing jaws). The compensation cable is relieved of strain at the transition to the protection tube. Bend protection is available as an option.

Thermocouples type J, K, and L	Optionally right-angle cable outlet	Compensating cable made of silicon/metal braiding

With bayonet fastener

Push-in thermocouples with a bayonet fastener are predominantly used for temperature measurement in solid bodies, friction bearings, and tools (e.g. in the plastics industry). The special shape of the probe tip makes these temperature probes suitable for use in flat and pointed drilled holes.

Single and double thermocouple	Installation and removal without tools	Adjustable spring pressure

According to DIN 43710 and DIN EN 60584 with bare connection wires

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with terminal head form B

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with terminal head form J

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with standard tab connector

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The good thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

According to DIN 43710 and DIN EN 60584 with compensating cable

Mineral-insulated thermocouples are made of a flexible, thin-walled sheath cable in which the thermocouple wires are embedded in compressed fire-resistant magnesium oxide. The thermal transfer between the sheath and the thermocouple enables short response times and high measuring accuracy. A compression fitting allows mineral-insulated thermocouples for hydrogen applications up to over 1000 bar.

Application-specific insertion length	Flexible sheath cable	Vibration-resistant measuring insert

With terminal head form A

Push-in thermocouples for glass melting furnaces, withstand up to 2000 °C. Designed for extreme conditions, they ensure optimum thermal insulation and reduce thermal losses. They comply with ISO standards for high accuracy and quality in corrosive atmospheres.

Single, double or triple thermocouples	Available with transmitter	Platinum or platinum rhodium plating

Electronic temperature switch with display and analog output

The highly-precise, electronic temperature switch consists of a protection tube with built-in temperature sensor, a process connection, and attached housing with LCD display for the electronic components. It complies with the European standards to guarantee electromagnetic compatibility (EMC).

Hygienic process connections	Lit LCD display	Configuration via rotary encoder

For local temperature monitoring

The temperature change is transmitted to a bimetal kinematics via the fitting. When the switching temperature is reached, the temperature switch is activated.

Simple mounting	Without auxiliary energy	Direct process connection

With solderable terminal clamps and epoxy protective coating according to DIN EN IEC 60751

Platinum-chip temperature sensors of the PCWC design type are especially suited for various probes in the heating, ventilation, and air-conditioning industry; the temperature sensor may also be openly positioned in the air flow with nothing surrounding it. The sensors are available as Pt100 and Pt1000.

Protection against moisture and condensation	Solderable connection terminals	High measuring accuracy

With connection wires according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCWR design type belong to the category of temperature sensors that were made using thin-film technology. The sensors have connection wires extending to the center of the sensor and are suitable for confined spaces. The sensors are available as Pt100 and Pt1000.

For confined spaces	High measuring accuracy	High long-term stability

With connecting wires and metallized back cover according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCWRB design type belong to the category of temperature sensors that were made using thin-film technology. The sensors are equipped with a solderable nickel-gold metallization on the back cover. The metal layer enables direct thermal contact with another body via a solder connection.

Solderable metallized back cover	For confined spaces	High measuring accuracy

In SMD design type according to DIN EN IEC 60751

Platinum-chip temperature sensors belong to the category of thin-film technology temperature sensors. Sensors of the SMDFC design type have a single-sided contact for "face down mounting" (flip chip). The sensors are available as Pt100, Pt500, and Pt1000.

AEC-Q200 for selected sensors	For automatic placement	SMD sizes 0805 and 1206

In SMD design type (flip chip) with metallized back cover according to DIN EN IEC 60751

Platinum chip temperature sensors belong to the category of temperature sensors that were made using thin-film technology. Sensors of the SMDFCB design type have a single-sided contact (flip chip) and are equipped with a solderable nickel-gold metallization on the back cover. The metal layer enables direct thermal contact with another body via a solder connection.

Solderable metallized back cover	For confined spaces	SMD size SMD 0805

With connection wires according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCW design type belong to the category of temperature sensors that were made using thin-film technology. They are typically used in the following industries: heating engineering, air conditioning technology, ventilation technology, industrial technology, medical and laboratory engineering, white goods, mechanical engineering, and motor and commercial vehicles. The sensors are available as Pt100, Pt500, Pt1000.

High long-term stability	Standardized nominal values and tolerances	High measuring accuracy

With connection wires according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCW design type belong to the category of temperature sensors that were made using thin-film technology. They are typically used in the following industries: heating engineering, air conditioning technology, ventilation technology, industrial technology, medical and laboratory engineering, white goods, mechanical engineering, and motor and commercial vehicles. The sensors are available as Pt100 and Pt1000.

For high operating temperatures	High measuring accuracy	High long-term stability

In SMD design type according to DIN EN IEC 60751

Platinum-chip temperature sensors belong to the category of thin-film technology temperature sensors. For example, they are frequently applied in temperature monitoring or compensation circuits, as well as an array of applications in temperature probes. The sensors are available as Pt100, Pt500, and Pt1000.

For automatic placement	SMD sizes 0805 and 1206	AEC-Q200 for selected sensors

With connection wires according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCW design type belong to the category of temperature sensors that were made using thin-film technology. They are typically used in the following industries: heating engineering, air conditioning technology, ventilation technology, industrial technology, medical and laboratory engineering, white goods, mechanical engineering, and motor and commercial vehicles. The sensors are available as Pt100, Pt500, Pt1000.

High measuring accuracy	High long-term stability	Standardized nominal values and tolerances

With connection wires according to DIN EN IEC 60751

Platinum chip temperature sensors of the PCW design type belong to the category of temperature sensors that were made using thin-film technology. They are typically used in the following industries: heating engineering, air conditioning technology, ventilation technology, industrial technology, medical and laboratory engineering, white goods, mechanical engineering, and motor and commercial vehicles. The sensors are available as Pt100, Pt500, Pt1000.

High measuring accuracy	High long-term stability	Standardized nominal values and tolerances

With platinum chip temperature sensors of SMD design type according to DIN EN 60 751

Temperature sensors of the PCB-B-Au design type are pre-assembled measuring inserts, which are equipped with platinum chip temperature sensors in SMD design type. The circuit board is connected via gold-plated solder contacts.

Pre-assembled	For the assembly of simple temperature probes	Available in large quantities at low cost

Two-wire or three-wire transmitter

The transmitters intended for industrial applications acquire the temperature with two-wire or three-wire connection. The continuous analog signal path allows for extremely quick output reaction times in the event of a temperature change (analog permanent measurement instead of digital sampling rate).

Measuring circuit monitoring NAMUR NE 43	B head, J head, or DIN-rail mounting	Configuration via setup program

Two-wire transmitter

The two-wire transmitter acquires the temperature through an RTD temperature probe or a thermocouple. For RTD temperature probes, the probe can be connected in a two-wire circuit, three-wire circuit, or four-wire circuit. The dTRANS T01 Ex is designed for mounting in a potentially explosive area.

Galvanically isolated input and output	HART® interface	Configuration with setup program

Programmable transmitter in two-wire technology

The transmitters acquire sensor signals from RTD temperature probes, thermocouples, resistance transmitters, or resistors/potentiometers in two-wire, three-wire, or four-wire circuits.

Configuration via USB cable	Customer-specific linearization	Control LED (red/green)

Multifunctional four-wire transmitter in mounting rail case

The transmitter acquires the temperature through an RTD temperature probe or a thermocouple (double thermocouple). The transmitter can also acquire standard signals. Connection takes place through an RTD temperature probe with two-wire, three-wire, or four-wire connection.

SIL 2/SIL 3 according to DIN EN 61508	High galvanic signal separation	Universal input

Multifunctional four-wire transmitter in mounting rail case

The JUMO dTRANS T06 Junior multifunction four-wire transmitter is the solution for a wide range of applications in plant engineering due to its galvanic isolation and customer-specific linearization. This entry-level model has a width of only 17.5 mm so that it takes up little space in a control cabinet.

Customer-specific linearization	High degree of measuring accuracy	Fast startup

Multifunctional four-wire transmitter in mounting rail case with SIL and Ex approval

Above all the JUMO dTRANS T06 Ex multifunctional four-wire transmitter is characterized by its high level of safety. The multipurpose unit of the brand JUMO Safety Performance allows the establishment of safe temperature measuring chains (SIL 2 or 3), which allow the temperature sensor to be used in Ex zone 0.

SIL 2 or SIL 3 according to DIN EN 61508	Universal measurement input	Ex approval according to ATEX and IECEx

Signal and isolating converter – 6 mm series

The JUMO dTRANS S08 signal and isolating converters in 6 mm wide slimline housing convert, isolate, and measure any type of standard signal to ensure safe and reliable plant processes.

Temperature transmitter series 6 mm

Temperature transmitters transform the physical temperature signal into a standardized output signal and therefore form the basis of a smooth process flow. Therefore the quality of the signal is crucial. For this purpose, the JUMO dTRANS 08 series in slimline housing ensures a high level of accuracy.

Cable transmitter for temperature

The temperature transmitter for Pt100 or Pt1000 sensors is ideal for simple retrofitting of plants. The user can choose between an analog output or an IO-Link interface. The cable transmitter's high level of vibration and shock resistance makes it reliable and durable.

Two-channel temperature transmitter with HART®/Ex/SIL

The JUMO dTRANS T07 device series is a two-channel temperature transmitter with HART® communication. The devices are available in 2 versions: for installation in a B-head or for DIN-rail mounting. The versions with Ex and SIL approval for SIL 2/3 enable reliable use.

Two-channel isolating switch amplifier for Ex applications

The intrinsically safe isolation switching amplifier ensures reliable, galvanic isolation and safe transmission of switching signals in Ex applications. It can be mounted in Ex zone 2 and the sensor can be operated in zone 0. The JUMO Ex-i isolating switching amplifier is ideal for JUMO NESOS float switches with 2 switch contacts and also supports NAMUR proximity sensors.

For intrinsically safe [Ex i] transmitters

The device is designed for operation in intrinsically safe [Ex i] transmitters and mA current sources installed in Ex areas. The connected two-wire transmitters are supplied with energy and analog 0/4 to 20 mA measured values are transmitted from the Ex area to the non-Ex area.

Head transmitter with wireless data transmission

The wireless transmitter measures temperature and other process variables. The compact design type of the aerial battery housing allows for simple installation on type B DIN terminal head.

User configurable PC setup program	Stationary and mobile measurements	Fail-safe transmission

Test equipment for temperature and its traceability

The product is for monitoring all temperature measurement technology that is used for industrial applications, building technology, and quality assurance. It ensures that the measurement results can be traced back to the national standards.

USB interface	Test equipment calibrated by DAkkS (DKD – German calibration service)	Pt100 precision RTD temperature probe

Highly scalable paperless recorder

The JUMO LOGOSCREEN 700 paperless recorder is characterized by an intuitive, icon-based operation and visualization concept that makes operation easy. It is available in multiple versions for process data acquisition and can be adapted flexibly.

Intuitive touch operation	PROFINET IO device available	10 customer-specific process screens

Paperless recorder with touchscreen

The paperless recorder visualizes plants and process states. It also records process data in a tamper-proof manner. The device can be adapted to different requirements (such as PROFINET with 24 analog and 24 digital inputs and outputs each) through various connection configurations

High degree of process reliability	High level of interface flexibility	Batch report recording

Mobile access to JUMO devices

The JUMO Device App provides the user with mobile access to their process data at all times. All current process values as well as the alarm and event list from selected JUMO devices which are networked via Ethernet can be viewed in text form.

Display of current process values	App for Android and iOS systems	Mobile access to JUMO devices

Hygienic process connection

The process connection connects the measuring device with an application-specific process connection adapter. Based on an easy-to-clean design and a cavity-free system, the adapter system is specifically tailored to the requirements of hygienic processes.

Any installation position	No microbial contamination	Modular adapter system

for pressure transmitters

Valve blocks can be used in connection with pressure measuring devices. They are used as a shut-off valve and for adjusting the zero point of the pressure measuring device.

2, 3, and 5-valve block	Relative, absolute, and differential pressure	Valves made of stainless steel

With screw-in thread DIN ISO 228/1 or ANSI B 1.201

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media.

Optionally available with capillary tube	Various process connections	2 screw-in threads available

With flange connection according to ANSI B 16.5

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media. This product has been designed according to ANSI B 16.5 and is available with a sealing strip type RF.

Optionally with tube	Optionally with PTFE coating	Various process connections

With membrane 4MDV-10

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media.

Flange connection or connection thread	Various process connections	Optionally with PTFE coating

With ISS/SMS/RJT socket and union nut

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media.

Various process connections	Optionally with capillary tube	ISS, SMS, RJT socket

With DRD flange or VARIVENT® socket

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media.

DRD flange or VARIVENT® available	Optionally with capillary tube	Various process connections

With clamp connection

Diaphragm seals protect the pressure measuring device from contaminated, hot, highly viscous, stagnant, crystallizing, and especially corrosive media.

Various nominal widths	Optionally with capillary tube	Membrane diaphragm seal or inline diaphragm seal available

Two-Channel/Four-Channel Process and Program Controller

DICON touch can be used to perform complex control and management tasks. The plant can be visualized and operated via freely-definable process screens. The device has a modular design and can therefore be adapted to the individual plant.

Modular hardware	Integrated paperless recorder (optional)	Password protected user management

Modular one-channel/two-channel controller with PLC function

The multifunctional controller impresses with the individual design of its user interface and hardware equipment. This way, analog as well as digital inputs and outputs, counting inputs, and interfaces can be added as required. The controller masters even complex applications with a second control channel, math and logic functions, and the implementation of control functions via ST code.

Sequence control in real time	Wide range of connection possibilities	PLC functionality

Compact controller

Universally-applicable devices in 5 DIN formats for controlling process variables. The basic type includes autotuning, a ramp function, a program controller, manual mode, limit value monitoring functions, digital control signals, extensive timer functions, and a service counter.

Creation of individual ST code application	Vibrant display	High degree of functionality

Compact controller

The Quantrol series is available in three DIN formats. It is used for two-state and three-state control applications as well as for the control of regulating valves or thyristor power controllers via a continuous output. Configuration is carried out on the device front or using the setup program.

Firing curve for ceramic furnaces	Autotuning	Up to 5 relay outputs

Compact controller

The JUMO iTRON DR 100 is a universal, user programmable microprocessor controller suitable for a large number of technical control applications. As an option, the controller is available with 1 relay (changeover contact) or 2 relays (normally open contacts).

Two-line display (LCD)	User configurable measurement input	User configurable via keys or PC

Electronic thermostat with optional PID two-state controller function

The electronic thermostat for DIN rail mounting has been especially developed for temperature control and monitoring. RTD temperature probes, thermocouples, current signals, and special temperature probes that are used in railroad technology can be connected to the measurement input. The intuitively operated device is optionally available as a PID two-state controller.

Fast acquisition of process states	Space-saving mounting in control cabinets results	Switching high-performance loads