|
|
LT450 Series (48mm X 96mm) Digital Indicating Controllers
LT470 Series (96mm X 96mm) Digital Indicating Controllers
Models LT450 and LT470 digital indicating controllers feature all functions, which are necessary for various control applications, including newly developed PID algorithms and a learning type overshoot suppression function "JyroNavi".
|
|
Temperature Controller - Series 32DZ
1/32 DIN, Self-Tune, Fuzzy Logic
Temperature Controller - Series 1400
1/16 DIN, Analog Setpoint, Compact, Low Cost
Temperature Controller - Series 1500
1/16 DIN, Self-Tune
Temperature/Limit Controller - Series 16L
1/16 DIN, FM Approved
Temperature Controller - Series 16C
1/16 DIN, Auto-Tuning
Temperature Controller - Series 8500
1/8 DIN, Self-Tune
|
|
Complete range of controllers adapted to most of the industrial application
Quick and exact operation as result of PID action improved with FUZZY logic
It permits the calculation of the most efficient parameters thanks to the AUTOTUNING function ModBus RS485 Communication
|
|
The Temperature Relay TR-42 has been designed for continuous monitoring of the temperature, the cooling fan's control and overheat protection for resin or air insulated three-phase transformers.
Thermal detectors PT100 DIN 43760, three of them located inside the transformer coils and the fourth at the core, detect the temperature.
The TR-42 relay is microprocessor-based equipment designed to satisfy all control requirements and guarantee high reliability.
The TR-42 perform the following functions:
Measurement:
* Coils and core transformer temperatures, automatically each 5 sec or manually.
* Highest temperature indication and storage.
Signaling and programming:
* 7 segment display and led indication.
* Simplified programming through frontal push buttons.
* Display and non volatile storage of: alarm temperature, trip temperature, fan on, start and stop fan temperature, highest RTD temperature, baud rate of serial transmission, and assigned relay address.
|
|
KT4 - small standard type
- 1/16 DIN size temperature controller
- Size: 48 x 48 x 95mm (WxHxD)
- Panel-mounted type
- IP66
- 2nd optional alarm output
- Heating and cooling control with 2nd optional control output (non-contact voltage output)
|
|
We cooperate with innovative companies, which also realize custom-made control systems! Send us your inquiry, if you cannot find "your" device in the catalog - also controllers for other types of heaters!
Application:
Two-step controllers, controllers for heating and cooling devices in rooms (industrial sector), switchgear and control rooms, containers, cabinets, etc. Liquid or gaseous media.
|
|
|
A full range of controllers with universal input circuit and multiple alarms to suit any application. A selection of profile controllers complete the available functions.
|
|
The MDH is an indicated equipment to control heating systems. It owns an alarm with two ways of operation. The temperature control can be programmed in the ways on-off or proportional and their exits can be selected via keyboard. Configurable entrance for sensors J type, K and PT100. The access to the parameters is protected by password.
Dimensions: 48x48x90mm;
Approximate weight: 150g;
Feeding: 110/220Vca, 50-60Hz;
Two exits to relay 5 To or for SSR.
|
|
|
|
|
|
INHECO Single TEC Control (STC)
The INHECO Single TEC Control (STC) is a compact plug & play temperature and RPM controller for the use with INHECO’s CPAC and temperature controlled shaking devices. The controller box includes a temperature controller with high accuracy, a device connector slot, a touch display, a wide-range power supply for worldwide use, an USB interface, a rugged housing and a RPM controller for shaking operations.The STC can be individually equipped with a controller slot for the CPAC devices or with a controller slot for temperatur controlled shakers. The device slot can be exchanged easily, giving maximum flexibility. The STC can be either operated manually using the touch screen, or through an USB interface. The soft- and firmware of the controller allows programming of complex temperature and shaking sequences.
Application Areas
The STC is mostly used together with the principal INHECO heating/cooling/shaking units in/on robotic platforms and systems in Lab Automation. The purpose is to form temperature controlled areas, which offer direct and easy access by robotic grippers and pipetting heads. The STC is designed for the use in fundamental research, drug discovery, clinical research and diagnostics in the Life Science market. The STC is also prepared for use in customer IVD applications.
The STC is used with the following INHECO heating/cooling units:
- CPAC Microplate
- CPAC Ultraflat
- Variomag Teleshake
- Variomag Thermoshake
|
|
Available in 4 sizes:
SY24(1/32 DIN); SY48(1/16 DIN); SY49(1/8DIN); SY96(1/4DIN).
Front Waterproof: IP66
Diversified control and tuning functions.
Several optional functions.
|
|
|
All Allen-Bradley Bulletin 900 Temperature/Process Controllers offer quick setup and provide precise temperature management and control for a variety of applications. Enhancements such as analog inputs and manual control of outputs take the 900-TC8 and 900-TC16 from standard temperature controllers to process controllers. Additionally, the thermocouple and RTD controllers have been combined in order to allow one controller to satisfy virtually any temperature application.
|
|
|
Self-operated temperature regulators with wide set point ranges equipped with control or safety thermostats, typetested, also for mixing or diverting service. The temperature regulators are available with globe or three-way bodies with connection nuts as well as with flanged bodies. The control and safety thermostats have a wide set point range and can be used to form, for example, a regulator with temperature limiting or monitoring function.
|
|
Pressure controls serve various functions, which may be divided into control and protection functions. Examples for control functions are compressor cycling, pump-down or defrost control. Protection functions include, pressure limiting and cut out against excessive pressures, against loss of charge or for freeze protection.
Our pressure controls are equipped with display scale and pointers to indicate the approximate settings. The display scales are printed in relative pressure units "bar" and "psi". For precise setting of the controls, external gauges must be used.
|
|
PXR Micro-Controllers
Simple to use and cost saving, the Micro-Controller PXR is available in 4 sizes: 24x48 (PXR3), 48x48 (PXR4), 48x96 (PXR5) and 96x96 mm (PXR9).
The input signal may be of Thermocouple, resistance bulb, voltage or current type.
The command signal may be of relay, transistor or 4-20 mA type. 3 control modes are available: On/Off, PID auto-tuning/self-tuning with fuzzy logic, and heating/cooling (2 control outputs).
Main features
- Large LED display,
- NEMA-4X / IP66 protection of front display,
- Fuzzy logic PID control,
- Auto-tuning and self-tuning functions,
- 24Vdc or 85 to 264 Vac - 50/60 Hz power supply,
- Many functions in option (digital input, alarm relay outputs, alarm heater burnout alarm, 4-20mA re-transmission output, 8 steps ramp/soak function, heating and cooling control, RS485-ModbusTM communication),
- ISO9001, CE, UL et C-UL approvals.
|
|
The VULCANIC range of controllers covers the great majority of industry requirements. Following steps will help you to define the right controller.
1) define the desired control precision: if ± 5°C, choose an 'ON/OFF' controller ; for greater precision, consider a 'PID' appliance.
2) Know what kind of temperature input is used : PT100 - Thermocouple - Current - Voltage.
3) Know what kind of power supply device is to be driven, so as to choose the type of control output (usually called Output P/N.1):
- for a contactor, choose a controller with a 'relay' output
- for a power unit, choose a controller with a 'numeric' output
- for a device with an analogic input (eg : motorised valve) choose a controller with an 'Analogic' output.
4) Know what use will be made of the auxiliary outputs (usually called 'Output N°2 and N°3') : choose a 'Relay' output to drive an alarm, 'Current or Voltage' for a measurement repeater, and/or 'Cold' output
2 to drive an ON/OFF valve for a cooling system.
|
|
|
Pyro-Controle, subsidiary of the Chauvin Arnoux group and specialised in temperature measurement, offers analogue and digital temperature controllers that respect all of your orders: simple or advanced models, front panel IP50 to IP65, fixed input, universal or process, RS485 link, etc.
|
|
|
The New INHECO Multi TEC Control can handle up to 6 different CPACs or shakers simultaneously and independently, providing maximum flexibility for larger applications.
|
|
Universal water temperature controllers for the demanding injection moulder
- precise microprocessor control
- simultaneous display of set and actual values
- simple one button operation
- optional flow monitoring
- optional connection for external thermocouple Fe-CuNi or Pt 100
- optional interfaces at front panel
- splash proof electrics
- ready to connect with 3 m long mains cable and CEE socket
|
|
|
|
|
|
Profile:
PMA™ - is a respected European brand of digital and electronic process controllers, bus and PLC temperature controller systems including a complete line of bus and PLC system models used for temperature, pressure, flow and level applications. For over 75 years, PMA has been active in developing leading edge process control products and solutions for measurement and control technology under the slogan “wir kriegen’s geregelt” which literally translated into English means “we get it regulated and controlled” or more loosely translated “close the loop with PMA”. The PMA group and their controller product line was originally owned by Philips Industrial Electronic Corporation from 1975 to 1995. In 2001, PMA was then acquired by another Dutch conglomerate by the name of Geveke Industrial Group before being acquired in February 2005 by Danaher within the Danaher Industrial Control Group environmental controls business segment.
Products:
Process Automation & Sensing Controls: Electronic, front-to-panel temperature controllers and behind-the-panel, bus and PLC temperature controller systems.
|
|
| ... products without technical information |
| |
|
|
