This article number 00%number% is only available for a limited time.
Defined wearing parts kits might still be available.
Please contact us regarding a successor product.
The digital control electronics, Type 8605, serves to operate proportional solenoid control valves in the power range from 40 - 2000 mA. The electronics converts an external standard signal into a pulse-width modulated (PWM) signal with which the opening of the proportional valve and hence a fluidic output parameter (e.g. flow rate) can be infinitely varied. An internal current control with the duty factor of the PWM signal as manipulated variable ensures that every value of the input signal, irrespective of the thermal condition of the coil, is unambiguously assigned a given value of the effective coil current. A display and operating keys allow the electronics to be easily adapted to a particular proportional valve and to the concrete conditions of an application.
- Commodity Codes
|Product sub-group||Valve electronics|
|Mounting type||Direct installation|
|Electrical connection 1 type||Cable feed-through|
|Electrical connection 1 number of contacts||2||PCE|
|Electrical connection 1 gender||Terminal block|
|Electrical connection 2 type||Plug pattern form A according to DIN EN 175301-803|
|Electrical connection 2 number of contacts||2||PCE|
|Voltage / rated voltage||12||V|
|Voltage / rated voltage||24||V|
|Input 1 type analog voltage||0-5/10|
|Input 1 type analog current||0/4-20|
|Input 1 type analog voltage impedance||20||kOhm|
|Input 1 type analogue current burden||200||Ohm|
|PWM frequency min.||80||Hz|
|PWM frequency max.||6000||Hz|
|Coil current min.||500||mA|
|Coil current max.||2000||mA|
|Temperature environment min||-10||°C|
|Temperature environment max||60||°C|
|Seal housing/cover material||EPDM (Ethylene-propylene-diene rubber)|
|Electronics body material category||Plastics|
|Electronics body material||PA (Polyamide)|
|Protection type (IP max. with suitable connector)||65|
|Customized parameter setting available||No|
|Voltage tolerance positive||10||%|
|Voltage tolerance negative||10||%|
|Maximum electrical power consumption||1||W|