
Temperature Control for ESO 90H/ESO 120H
This document is part of the product. This document describes
how to install and connect the ESO 005 temperature control.
►Do not install or use the device until you have read and
understood this document.
►Keep this document for reference throughout the service life
of the device. Pass this document on to any new owner or
Please fi nd the most up-to-date version of this document on
• 1 x ESO 005 temperature control
• 1 x PT 100 temperature sensor
• 10 x cable ties, 360 mm
• Dual mode temperature controller in the surface-mount housing
• Cable glands and clamps for the power supply
• Automatic switch-off if the sensor is disconnected or in case of a short circuit
• Switch-on temperature at +3 ºC
• 1 x tightening strapAnwendungshinweis
►Transport and store the device in its original packaging.
►Transport and store the device only in the permitted temperature range between –30 and +80 °C. Make sure there is no water
The ESO 005 is an electronic temperature control for the ESO 90H and ESO 120H refl ector heating systems. The ESO 005 is designed
for use as an ambient thermostat for frost protection heating systems and surface thermostat with remote sensor.
Any other use, or failure to comply with these instructions or documentation and instructions enclosed with the devices, will result in
voiding of warranty or guarantee.
The following circumstances result in the loss of all warranty and liability claims towards the manufacturer:
• Use of non-specifi ed mounting materials, which cannot guarantee the mechanical reliability of the antenna system
• Structural changes or interference with the components and mounting accessories in the kit, which could endanger both the
mechanical and functional reliability
• Failure to observe installation and safety instructions in this manual
If the temperature measured by the sensor lies below the fi xed set point of +3 ºC, the relay closes and the heating switches on. The
heating is switched off if the sensor is disconnected or in case of a short circuit.