NHP ATYSC55CIP, Installation Manual

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Application Fuse Wiring Network Setting
Single Phase Source 1
Single Phase Source 2
1P + N
*N1 to 1P1 & N2 to 1P2 links required
2 Phase Source 1
2 Phase Source 2
*separate voltage version of CIP required
2P
2 Phase + N Source 1
2 Phase + N Source 2
2P + N
3 Phase Source 1
3 Phase Source 2
*separate voltage version of CIP required
3P
3 Phase + N Source 1
3 Phase + N Source 2
3P + N
3 Phase + N Source 1
Single Phase Source 2
3P + N / 1P + N
*N2 to 1P2 link required
Single Phase Source 1
3 Phase + N Source 2
3P + N / 1P + N
*Source Priority needs to be set to Source 2
*N1 to 1P1 link required
2 Phase + N Source 1
3 Phase + N Source 2
2P + N
*Disable phase rotation check
8
Fuse Wiring
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
Do not input > 264 VAC (line – neutral) nominal voltage to the Fuse
Terminals
The C55/65 sensing terminals limits are 88 - 576 VAC, however the CPSR’s coil & standard
build BTS are rated for 204 – 264 VAC.
The below outlines some of the possible wiring combinations for the Control Interface Panel.
L1 and L2 are the power terminals for the ATyS C55 and C65, however when using the ATYSCxxCIP for single
phase applications link N1 to 1P1, and N2 to 1P2 to power the Controller.
Do not link N1 & 1P1, and N2 & 1P2 if Line power is wired to F2
and F5 respectively.
It will result in a dead short between line and neutral
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p
3p + N / 3p + N 1p + N / 1p + N 1p + N / 3p + N 3p + N / 1p + N 2p + N / 2p + N 2p + N / 3p + N 2p + N / 2p 3p / 3p