Monroe Electronics Electrostatic Fieldmeter - Static Monitor - model 177A - Manual (Page 37)

36
There are a couple of ways to approach (b. [above]):
a. 1. Buy factory fabricated 1036/12-XXXX extension cables (where "XXXX" is
the length of the cable in feet) that are long enough to reach from the
console location, through the conduit, to the probe location with a few feet
extra for measurement error.
2. Remove and discard the factory supplied (usually ten foot) cable from the
probe and mount the probe housing.
3. Cut the female DB9 connector plug off of the extension cable.
4. Pull the cable from the instrument end of the conduit to the probe end.
5. Connect the wires to the terminal block in the probe housing as shown in
Figure A-I-1.
b. 1. Buy bulk cable and pull as above. Cable construction details are provided in
Figure A-I-1.
OPTION 4:
1036E probes with factory attached cables, extension cables (factory or customer
supplied) and IS barriers (see drawing 1036/10 [SHT. 2 of 3])
Please refer to drawing 1036/10 [SHT. 2 of 3]. This drawing shows wiring for one
channel. Generally, all channels would be wired alike. All barriers (four per
channel) may be located in a single barrier enclosure.
Note that on each side of the barrier enclosure, you have the option of using
connectors or "hard wiring" the cables directly to terminals on each barrier. Hard
wiring, again, allows the cables to be pulled through conduit without interference
associated with connectors.
Cable construction details are provided in Figure A-I-1.
OPTION 5:
1036F probes, extension cables (factory or customer supplied) and IS barriers (see
drawing 1036/10 [SHT. 3 of 3])
Cables are captive to Model 1036F probes.
OPTION 6:
1036E probes with customer supplied cables and IS barriers
(see drawing 1036/10 [SHT. 1 of 3])
Wiring must be as shown in drawing 1036/10 [SHT. 1 of 3]. Refer to Figure A-I-1
and Figure A-I-2 for cable construction details.