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LSM200 Series Load Sharing Modules 6-2021-B1 PIB4100
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BEFORE STARTING ThE ENGINE
Once the LSM200 Series is connected into the system per the appropriate wiring diagram, the following adjustments can be made in
the following order.
1. Pre-checks
2. Current transformer phasing
3. load sharing adjustment
4. Load anticipation adjustment
5. Reverse power adjustment
6. Forward power Monitor adjustment
7. Power meter operation
The following pre-checks must be made before starting engine:
1. With the Reverse Power reset jumper or switch in place at Terminals 18 & 19, set the following:
2. Measure the following voltages at these terminals in this order with DC power applied to the unit.
3. Apply AC voltages to unit (run engine at no load)
ADjUStMENt
POSitiON
SEttiNG
Reverse Power
10
Approx. 5%
Reverse Power Relay
Full CCW
Fastest
Forward Power “On”
80
100%
Forward Power “OFF”
100
0%
Forward Power Delay
Full CCW
Fastest
Load Sensitivity
100
Most Sensitive
Load Anticipation
0
0
External Power Meter Cal
100
Max. Range
ILC Load Ramp
20
Approx. 4 Sec.
Generator Power Ramp
0
0
Generator Power Adjust
0
0
Generator Power Display Cal
50
5 Amps = Full Scale
tERMiNAl
vOltAGE MEASUREMENt
vAlUE
31 (+) to 23 (-)
Internal Power Supply
10.6 ± 0.2 V DC
12 (+) to 23 (-)
Output to Governor
5.0 ± 0.1 V DC
tERMiNAl
vOltAGE MEASUREMENt
vAlUE
TPI1 (+) to TP2 (-)
Generator Power Signal
0 ± 0.2 V DC
32 (+) to 33 (-)
Internal Power Meter
0 ± 0.2 V DC
PRE-CHECKS
LETHAL HIGH VOLTAGE is present at Terminals 1, 2, & 3. do not disconnect the CT wiring (Terminals
4, 5, 6, 7, 8, 9) when the generator is operating.
CURRENt tRANSFORMER PHASiNG
Test for Phasing:
1. With a DC meter across TP1 (+) and TP2 (-), apply a small amount of load to the generator and note the voltage reading and polarity.
2. With a large gauge jumper wire, short out each CT signal (Terminals 4 to 5, 6 to 7, 8 to 9) one at a time.
3. If the short is of low resistance, a 1/3 drop in voltage at the test points will be measured.
4. If the drop is not near 1/3 or the voltage increases, the CT / AC line voltage phasing is improper and must be corrected in the wiring.