Ambient temperature controller

The ambient thermostats series IRM1/IRM2 are characterized in particular by its compact design and its excellent cost/performance relationship. The use of these thermostats is essentially as an ambient thermostat thought. The size of this Theromstate makes it possible to integrate it if necessary into the power supply cable of heating circuit t. Of course, it is also simple to screw the thermostat, which is integrated into a M20 thread lonto a connection box and preassembling the terminals. It is thus possible to swoich on the heating circuit at a temperature below 4 ° C. Thus, it is now easy and inexpensive to build up a safe antifreeze system . The switching to antifreeze will never be forgotten.

Minithermostat IRM1/IRM2Ex:
in plastic-/metall thread M20,
On 4°C;Off11°C
switiching capacity 16A, 250V
Also as an-Version applicable

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Capillary thermostat

The capillary thermostats have been reliable electrical systemin trace heating for many years. To cover a wide temperatur range it is neccessary to adapted capillary. Quintex has therefore proposed a series of capillary thermostats in its portfolio. the benfir of a cappilary system it the direct switching without any further voltage. With our connections sets for heating systems, you can connect directly at the thermostat, even in hazardous areas. In the non-Ex version the switching capacity of 25 A conscious has been increased to reduce the number of heating circuits

Also as an-Version applicable

Thermostat specification für Non Ex- Thermostats 25 A, 250V

<font arial="" \="" ="" face="&quo" size="1">Temperature range	<font arial="" \="" ="" face="&quo" size="1">0°C-40°C	<font arial="" \="" ="" face="&quo" size="1">0°C-200°C	<font arial="" \="" ="" face="&quo" size="1">50°C-320°C
<font arial="" \="" ="" face="&quo" size="1">Switching hysteresis	<font arial="" \="" ="" face="&quo" size="1">+/- 6K	<font arial="" \="" ="" face="&quo" size="1">+/- 6K	<font arial="" \="" ="" face="&quo" size="1"> +/- 12K
<font arial="" \="" ="" face="&quo" size="1">Switching accuracy	<font arial="" \="" ="" face="&quo" size="1">+/- 3K	<font arial="" \="" ="" face="&quo" size="1">+/- 5K	<font arial="" \="" ="" face="&quo" size="1"> +/- 5K
<font arial="" \="" ="" face="&quo" size="1">Max. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">45°C	<font arial="" \="" ="" face="&quo" size="1">230°C	<font arial="" \="" ="" face="&quo" size="1">350 °C
<font arial="" \="" ="" face="&quo" size="1">Min. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">-20°C	<font arial="" \="" ="" face="&quo" size="1">-20°C	<font arial="" \="" ="" face="&quo" size="1">-20°C
<font arial="" \="" ="" face="&quo" size="1">Capillary length	<font arial="" \="" ="" face="&quo" size="1">1,6 m	<font arial="" \="" ="" face="&quo" size="1">1,6 m	<font arial="" \="" ="" face="&quo" size="1">1,6 m

Thermostat specification for - Thermostats 16A, 250 V

Type	IRMEx120	IRMEx200	IRMEx50300
<font arial="" \="" ="" face="&quo" size="1">Temperature range	<font arial="" \="" ="" face="&quo" size="1">0°C-120°C	<font arial="" \="" ="" face="&quo" size="1">0°C-200°C	<font arial="" \="" ="" face="&quo" size="1">50°C-300°C
<font arial="" \="" ="" face="&quo" size="1">Switching accuracy	<font arial="" \="" ="" face="&quo" size="1">+3,5K	<font arial="" \="" ="" face="&quo" size="1">+ 10K	<font arial="" \="" ="" face="&quo" size="1"> + 12,5K
<font arial="" \="" ="" face="&quo" size="1">Max. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">130°C	<font arial="" \="" ="" face="&quo" size="1">230°C	<font arial="" \="" ="" face="&quo" size="1">345 °C
<font arial="" \="" ="" face="&quo" size="1">Min. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">-10°C	<font arial="" \="" ="" face="&quo" size="1">-10°C	<font arial="" \="" ="" face="&quo" size="1">-10°C
<font arial="" \="" ="" face="&quo" size="1">Capillary length	<font arial="" \="" ="" face="&quo" size="1">1,0 m	<font arial="" \="" ="" face="&quo" size="1">1,0 m	<font arial="" \="" ="" face="&quo" size="1">1,0 m

Öconomical applications by suitable controlsystems!

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Capillary limiter

If constant heating systems (zone heaters, plastic-, minerlinsulated cable) in hazardous areas be applied, it is often necessary to use a limiter to avoid an overtemperature for the defined Ex Zone and temperature class.
It is important, because it is a security matter, that even if the limiter has own failures it safely switch off (fail-safe)

All Quintex limiters are approved for use in -Zones

Thermostat specification limiter IBMEx

Type	IBM200Ex	IBM50300Ex	IBM130190Ex
<font arial="" \="" ="" face="&quo" size="1">Temperature range	<font arial="" \="" ="" face="&quo" size="1">0°C-200°C	<font arial="" \="" ="" face="&quo" size="1">50°C-300°C	<font arial="" \="" ="" face="&quo" size="1">130°C-190°C
<font arial="" \="" ="" face="&quo" size="1">Switching accuracy	<font arial="" \="" ="" face="&quo" size="1">-10K	<font arial="" \="" ="" face="&quo" size="1">- 12,5K	<font arial="" \="" ="" face="&quo" size="1"> - 10K
<font arial="" \="" ="" face="&quo" size="1">Max. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">230°C	<font arial="" \="" ="" face="&quo" size="1">345°C	<font arial="" \="" ="" face="&quo" size="1">230 °C
<font arial="" \="" ="" face="&quo" size="1">Min. Sensor temp.	<font arial="" \="" ="" face="&quo" size="1">-10°C	<font arial="" \="" ="" face="&quo" size="1">-10°C	<font arial="" \="" ="" face="&quo" size="1">-10°C
<font arial="" \="" ="" face="&quo" size="1">capillary length	<font arial="" \="" ="" face="&quo" size="1">1.0 m	<font arial="" \="" ="" face="&quo" size="1">1.0 m	<font arial="" \="" ="" face="&quo" size="1">1.0 m

Be safe

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Electronic Controller

Electronic controllers can be used universal in the field of electrical trace heating. The general use of PT 100 sensor ensures an accurate measurements within a temperture range of - 50 ° C up to 600 ° C . By programming can be added free alarm points, which you use as early response of a possible malfunction, so that thers is time on site to have a look at the system.

If the Sensor is build up as an -construction you can usew the controller even as non intrinsic safe controller dor hazardous areas.

Precision for your process!

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