Wirewound Potentiometer DP113
The wire precision potentiometers of this product line are particularly suitable for use as actual value transmitters in all industrial areas. They are extremely robust due to the high-quality aluminum housing. The standard ball/needle bearing shaft made of stainless steel easily absorbs radial and axial forces. The housing can be designed up to a maximum protection class of IP67. In the event of increased vibration or shock, the oil filling offers you optimum functional reliability. In addition, the DP113 is available as a version with manual adjustment. This variant has increased impact resistance.
Technical specifications
-Housing: aluminum
– Shaft: stainless steel
-Bearing types: ball bearings, needle bearings
– Slider tap: multiple tap, precious metal
– Degree of protection: Up to max. IP67
-Connection types: clamp connection, cable connection, sensor connector, customer-specific connection type
-Fastening types: central fastening, synchro flange (size 13)
Shaft: Ø6×20 mm
Size: Ø36,5×33 / 47 / 61 mm (without shaft)
Fastening type: M12 x 1
Torque: up to: 0,4 Ncm
Angle of rotation elec./mech.: 345°/360°
Service life: 1 x 10⁶ grinder travel (360°)
Connection: Solder/clamp connection, cable connection
Resistive element: wire
Resistance values + tolerance: 1, 2, 5, 10 K ohms ±5%
Linearity: ±0,3%
Sensor output: x
Center tap (terminal): x
Application/ market segment (examples): Mechanical and plant engineering
Properties: Synchro 13. High-quality and robust aluminum housing. High radial axle load. Stackable up to three times. Oil filling possible. ball bearing/needle bearing. Optional up to max. IP67. Slipping clutch can be integrated
Options
-Multiple execution
-Precious metal winding available
-Center tap
-Available with internal spring return or 10-point detent
-Transducer 0/4…20mA or 0…10VDC available
-Also available as switching potentiometer
-Central attachment M10x0.75 possible
-Version with continuous shaft can be realized
-Different resistance tolerances: ±1%
-Available with mechanical stop
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