Schémas De Câblage En Usine - Eaton EPL Serie Consignes D'installation Et D'entretien

SCHÉMAS DE CÂBLAGE EN USINE
#16 AWG WIRES (BLUE)
SIDE VIEW
G1
G3
G21
#16 AWG WIRES (BLUE)
G20
G2
GFI BREAKER COM ODD
DESIGNATION
G21 G1
SIDE VIEW
G2
NUMBERS
G20
G1
G19 G3
G21
G18
TOP VIEW
G17
G16
G20
G15 G2
G14
GFI BREAKER
G9
G13
G12 G10
DESIGNATION G11
G21 G1
G2
NUMBERS G20
G3
SELECTOR
G19
G18
SWITCH
TOP VIEW
G17
G16
G15
HARNESS WIRES LEAD
G14
G8
TO "HOT" LOAD SIDE
G13 G9
G12 G10
G11
OF FUTURE GFCB
#16 AWG (RED)
SELECTOR
GFCB LABELS
SWITCH
G1 - G21
HARNESS WIRES LEAD
TO "HOT" LOAD SIDE
OF FUTURE GFCB
#16 AWG (RED)
GFCB LABELS
G1 - G21
En raison de la grande proximité des contacts électriques dans le commutateur de défaut à la terre, un commutateur bipolaire est utilisé pour garantir une situation "
EPLDN 22 - 42 GFI / EPD
RESISTOR
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
#16 AWG WIRES (BLUE)
RESISTOR
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
SIDE VIEW
G1
G21
#16 AWG WIRES (BLUE)
G20
G2
GFI BREAKER
COM ODD
DESIGNATION
G1
G21
NUMBERS G2
SIDE VIEW G20
G19
G1
G3
G18
G21 TOP VIEW
G17
G16
G20
G15
G2
G14
G13 G9
GFI BREAKER
G12 G10
G11
HARNESS WIRES LEAD
DESIGNATION
G21 G1
TO "HOT" LOAD SIDE
NUMBERS G2
SELECTOR
G20
G3
OF FUTURE GFCB
G19
SWITCH
#16 AWG (RED) G18
TOP VIEW
G17
GFCB LABELS
G16
G1 - G21
G15
G14 G8
SIDE VIEW
G13 G9
G10
G12
G1 G11
HARNESS WIRES LEAD
G21
TO "HOT" LOAD SIDE
SELECTOR
OF FUTURE GFCB
SWITCH
G20
#16 AWG (RED)
G2
GFCB LABELS
GFI BREAKER
G1 - G21
COM ODD
DESIGNATION
G21 G1
G2
NUMBERS
G20
SIDE VIEW
G19
G1
G3
G18
TOP VIEW
G21
G17
G16
G15
G20
G14 G2
G9
G13
GFI BREAKER
G12 G10
HARNESS WIRES LEAD
DESIGNATION
TO "HOT" LOAD SIDE
G21 G1
SELECTOR
G2
NUMBERS
G20
OF FUTURE GFCB
G3
G19 SWITCH
#16 AWG (RED)
G18
TOP VIEW
GFCB LABELS
G17
G22 - G42
G16
G15
G14 G8
En raison de la grande proximité des contacts électriques dans le commutateur de défaut à la terre, un commutateur bipolaire est utilisé pour garantir une situation "
G13 G9
G10
G12
HARNESS WIRES LEAD
TO "HOT" LOAD SIDE
SELECTOR
OF FUTURE GFCB
IF 1316 • 12/19
SWITCH
#16 AWG (RED)
GFCB LABELS
G22 - G42
RESISTER
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
TEST SWITCH
ODD - OFF - EVEN
RESISTER
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
COM ODD
COM EVEN
G5 TEST SWITCH
ODD - OFF - EVEN
G4
#16 AWG WIRE (WHITE)
COM EVEN
G3
G5
G4
G5
G6
G4
G7
G8
#16 AWG WIRE (WHITE)
G4
G5
G6
G7
TYPICAL GFI WIRING DIAGRAM
TYPICAL GFI WIRING DIAGRAM
TEST SWITCH
ODD - OFF - EVEN
COM ODD
COM EVEN
G3
G5
TEST SWITCH
ODD - OFF - EVEN
G4
COM EVEN
G3
G5
G4
G5
#16 AWG WIRE (WHITE)
G6
G4
G7
G8
TEST SWITCH
ODD - OFF - EVEN
G4
G5
#16 AWG WIRE (WHITE)
G6
COM ODD
G7
COM EVEN
G3 G5
TEST SWITCH
ODD - OFF - EVEN
#16 AWG WIRES (BLUE)
G4
COM EVEN
G3
#16 AWG WIRE (WHITE)
G4
G5
G5
G6
#16 AWG WIRES (BLUE)
G7
G4
G8
#16 AWG WIRE (WHITE)
G4
G5
TYPICAL GFI WIRING DIAGRAM
G6
G7
Copyright © 2019, Eaton's Crouse-Hinds Division
TYPICAL GFI WIRING DIAGRAM
ISOLATED
NEUTRAL BLOCK
1 3 5 A B
ISOLATED
NEUTRAL BLOCK
1 3 5 A B
TERMINAL
BLOCK
ISOLATED
NEUTRAL BLOCK
TERMINAL
#12 AWG WIRE
BLOCK
(WHITE PIGTAIL
FROM GFCB)
ISOLATED
NEUTRAL BLOCK
#12 AWG WIRE
(WHITE PIGTAIL
FROM GFCB)
EPL*N ISOLATED
NEUTRAL BLOCK
(OPTIONAL)
CIRCUIT BREAKER HOUSING
EPL*N ISOLATED
NEUTRAL BLOCK
(OPTIONAL)
CIRCUIT BREAKER HOUSING
coupure avant contact ".
TERMINAL
BLOCK
ISOLATED
NEUTRAL BLOCK
#12 AWG WIRE
TERMINAL
(WHITE PIGTAIL
BLOCK
FROM GFCB)
ISOLATED
NEUTRAL BLOCK
#12 AWG WIRE
(WHITE PIGTAIL
FROM GFCB)
TERMINAL
BLOCK
RESISTOR
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
TERMINAL 3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
BLOCK
CIRCUIT BREAKER HOUSING
RESISTOR
coupure avant contact ".
15K OHMS = BROWN-GREEN-ORANGE-SILVER ["G" BREAKER SUFFIX -5mA]
3.3K OHMS = ORANGE-ORANGE-RED-SILVER ["E" BREAKER SUFFIX -30mA]
TERMINAL HOUSING
5N 6N
TERMINAL HOUSING
C 7 9 37 39 41 42 40 38 36 34 32 30 8 6 4 2
5N 6N
7 9 37 39 41 42 40 38 36 34 32 30 8 6
C 4 2
1
2
3
4
NEUTRAL BLOCK
5
6
7
8
9
10
1
2
11
12
3
4
NEUTRAL BLOCK
5
6
27 28
7
8
29
30
9 10
#12 AWG WIRE
31
32
(WHITE PIGTAIL
11 12
FROM GFCB)
33
34
35
36
27
28
29
30
31
32
33
34
35
36
EPL*N ISOLATED
NEUTRAL BLOCK
EPL*N ISOLATED
1 2
NEUTRAL BLOCK
3 4
5
6
7
8
9
10
1 2
11 12
3 4
5
6
27 28
7 8
29
30
9 10
31
32
11
12
33
34
35
36
27 28
37
38
29
30
39
40
31
32
41
42
33
34
35
36
CIRCUIT BREAKER HOUSING
37
38
39
40
41
42
#2 AWG WIRES (BLACK)
(2) WIRES
(1) PER SIDE
ISOLATED
#2 AWG WIRES (BLACK)
(2) WIRES
(1) PER SIDE
#12 AWG WIRE
(WHITE PIGTAIL
FROM GFCB)
ISOLATED
CIRCUIT
LOCATION
NUMBERS
CIRCUIT
LOCATION
NUMBERS
#2 AWG WIRES (BLACK)
(2) WIRES
(1) PER SIDE
ISOLATED
NEUTRAL BLOCK
#2 AWG WIRES (BLACK)
(2) WIRES
#12 AWG WIRE
(1) PER SIDE
(WHITE PIGTAIL
FROM GFCB)
ISOLATED
NEUTRAL BLOCK
CIRCUIT
#12 AWG WIRE
LOCATION
(WHITE PIGTAIL
NUMBERS
FROM GFCB)
CIRCUIT
LOCATION
NUMBERS
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