Littelfuse G2200 Series - Manual (Page 3)

G00 Current Relay
Overcurrent
(Undercurrent)
8-36V DC/0.75W at 24V DC
5A CT, max. 10A
35 to 75Hz
50 to 140% (max. 10 to 150%)
1 to10% (max. 1 to 50%)
3 to 30sec.
(max. 1 to 360sec.)
380V AC, 5A, 1250VA
150V DC, 5A, 120W
ND (NE)
Non-latching
ND (NE)
Non-latching (latching)
Automatic
(manually by terminal 11)
± 5%
± 1%
RJ11-modular
-20° to 70° C
EN50263
50 hours before final test
Polycarbonate. Flame retardant
0.3kg
73 x 75 x 114mm (HxWxD)
35 DIN rail or two 4mm
(3/16”) screws
Function
Supply
Input voltage
Input current
Frequency
Trip level
Hysteresis
Delay
Relay rating
Pick-up relay
- Normal state
- Latching
Trip relay
- Normal state
- Latching
Overfrequency relay
- Normal state
- Latching
Underfrequency relay
- Normal state
- Latching
Reset
Accuracy
Repeatability
Serial link
Operating temperature
EMC
Burn-in
Enclosure material
Weight
Dimensions
Installation
G000 Frequency Relay
Over- and Underfrequency
8-36V DC/0.75W at 24V DC
63 to 690V AC ± 30%
35 to 75Hz
OF: 85 to 115% (max. 75 to 125%)
UF: 85 to 115% (max. 75 to 125%)
1 to 10sec.
(max. 1 to 360sec.)
380V AC, 5A, 1250VA
150V DC, 5A, 120W
NE (ND)
Non-latching (latching)
NE (ND)
Non-latching (latching)
Automatic
(manually by terminal 11)
± 5%
± 1%
RJ11-modular
-20° to 70° C
EN50263
50 hours before final test
Polycarbonate. Flame retardant
0.3kg
73 x 75 x 114mm (HxWxD)
35 DIN rail or two 4mm
(3/16”) screws
G000 Power Relay
Reverse Power
(Forward Power)
8-36V DC/0.75W at 24V DC
63 to 690V AC ± 30%
5A CT, max. 10A
35 to 75Hz
RP: 2 to 20% (max. 2 to 50%)
FP: 50 to 140% (max. 50 to 150%)
1 to 10% (max. 1 to 50%)
2 to 20sec.
(max. 1 to 360sec.)
380V AC, 5A, 1250VA
150V DC, 5A, 120W
ND (NE)
Non-latching
ND (NE).
Non-latching (latching)
Automatic
(manually by terminal 11)
± 5%
± 1%
RJ11-modular
-20° to 70° C
EN50263
50 hours before final test
Polycarbonate. Flame retardant
0.3kg
73 x 75 x 114mm (HxWxD)
35 DIN rail or two 4mm
(3/16”) screws
Specifications
(Specifications in parentheses require setup by serial link)
The specifications are subject to change without notice.