|Mechanical Specifications and Wiring|
Encapsulation : epoxy
Power/Output Cable: 1/2" model - 2 meters (4 wires), potted
all other sizes - M12 x 1 threaded connector
cables sold separately, 2 meters (4 wires), straight or right angle
Adjustment: 15-turn potentiometer
Output Indicator: LED, lit when output is conducting
PE606 1/2" Dimensions
PE606 1" Dimensions
PE606 2" Dimensions
PE606 4" Dimensions
PE606 6" Dimensions
PE606 12" Dimensions
|Input Voltage||Supply Ripple||Operating Current
|10-30 VDC||10%||12 mA||2 uA||100 mA (NPN)
50 mA (PNP)
|15 turns||detect a steel ball
15% of ring diameter
|+0o F to +130o F
-20o C to +55o C
|0 - 100%||unaffected
factory conditions of
dirt, grease and
|Mechanical Installation||Electrical Installation|
For 1/2" models, use a 12A272 mounting clamp, or its equivalent, to securely mount the
sensor. All other models have either #10 or 1/4" clearance holes, for mounting to bulkheads or brackets.
Units should be mounted as far from metal as possible, and adjusted after they are mounted.
As a general rule, sensors mounted side-by-side should be spaced a minimum of half the sensor diameter away from each other, and sensors mounted face-to-face should be spaced three times the sensor diameter away from each other.
|Your sensor's electrical connections must agree with those shown in the corresponding wiring diagram above.|
With no target present, turn the adjustment potentiometer CW until an alarm condition exists
( Normally Open - LED is lit; Normally Closed - LED is off ).
Then, turn the pot CCW until the alarm just resets. This is the point of maximum possible sensitivity;
this is not the recommended operating point, however, as temperature fluctuations may cause false alarms or detection failures.
For the optimum setting, continue to turn the pot CCW at least 1/4 turn.
Note:Use the parts you intend to monitor and test for reliable detection (at the center of the ring, where sensitivity is the least).