DISCLAIMER 2.4.2 >∆I ............2 Specifications are subject to change without notice. 2.4.3 CT ............2 Littelfuse, Inc. is not liable for contingent or consequential damages or for expenses sustained as result of incorrect 2.4.4 Active ............2 application, incorrect adjustment, or malfunction.
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< 50 ms to 1.0 s. Coordination requires the same trip level for all ground-fault devices in a system and the trip The PGR-6100 can be directly connected to a supply up to time to progressively increase upstream. The amount of 1.3 kV.
6000 High Tension Coupler connection, as shown in Fig. 2. The green LED labeled ACTIVE indicates that the Offline A PGR-6100 can be surface- or DIN-rail mounted. See Fig. 1. monitoring function is active. The insulation monitoring or lockout function is active when terminals 27 and 28 are Use terminal 6 (L1) as the line terminal for a 120 or 240 connected.
<R 250 kΩ 2.0 MΩ 110.0 (4.33) FRONT SIDE 99.80 (3.93) 85.0 (3.35) (0.29) ANALOG AUTO FAIL AUTO FAIL OUT I OUT R INSULATION RESET SAFE RESET SAFE >1.3 KV BOTTOM MOUNTING DETAIL FIGURE 1. PGR-6100 Outline and Mounting Details.
PGH-5000/PGH-6000 terminal E monitored circuit with a PGH-5000 and PGH-6000 respectively. (PGR-6100 terminal 2 is not used). Connect terminal A to one See Fig. 4 for PGH-5000 outline and mounting details. See phase on the load side of the motor starter. See Fig. 2. The Fig.
Page 9 PGR-6100 Ground-Fault & Insulation Monitor REV. 2-C-050818 5. ORDERING INFORMATION 4.2 PGH High Tension Couplers Maximum Line Voltage: PGR-6100- PGH-5000 ........5,000 Vac PGH-6000 ........6,000 Vac Supply: 120 – 120- or 24-Vac Supply Current to Ground......2.5 mA maximum 240 –...
10% of the SE-400 setting. Set the test current to 120% of the PGR-6100 1. Evaluate the interconnected system in accordance setting. Inject the test current through the CT window for with the overall equipment manufacturer’s detailed...
Select a phase that is not connected to PGR-6100 terminal 2 (or the PGH-5000 or PGH-6000). The PGR-6100, operating in Offline mode (as indicated by the green ACTIVE LED), will alarm, operating the K1 low insulation output relay and lighting the red <R LED.