GIPAM3000
Multifunctional digital power protection monitoring device with various protection elements and measurement elements
Features
Protection function
ㆍWith 34 types of protection elements in 2 models, the distribution system fully protected
ㆍEnhanced analysis function through various saved event data (up to 1,000 events are saved)
ㆍTrip logic and sequence with Programmable Logic Controller and 1,024 in/output port
ㆍExtended power quality monitoring
ㆍSelect Before Operating (SBO) and Check Before Operating (CBO)
ㆍVector diagram
ㆍTrip Circuit Supervision (TCS) and Trip Relay Supervision (TRS)
ㆍSequence of Event (SOE)
ㆍPT (VT) failure detection
ㆍCircuit Breaker Failure (CBF)
ㆍCold Load Pickup (CLP)
ㆍRoot Mean Square (RMS) trend
ㆍDisk emulation
Convenience function
ㆍSelf-diagnosis and sequence monitoring
ㆍHMI with enhanced visibility and convenience
ㆍConvenient lever withdrawal structure
ㆍLong-life and reliable parts applied
ㆍFully compatible with previous models (GIPAM2000/2200)
Communication function
ㆍVarious communication compatibility (MODBUS, DNP, IEC61850)
ㆍRemote access using PC Manager
Protection factor
Type | Usage | Protection | ||
---|---|---|---|---|
GIPAM3000 FI | Feeder/Incoming Motor Distributed Generator |
OCR (50/51) SEL (51S) Note1) UVRR (27R) OVGR (64) Note3) DPR (32P) UFR (81U) NSOCR (46) UPR (37) RECLOSING (79) PTF (60F) |
OCGR (50/51N) DOCGR (67NI/67ND)Note1) OVR (59) NSOVR (47N) DQR (32Q) OFR (81O) THR (49) UVR (37) NCH (66) CLP |
SGR (67G) UVR (27) OVRR (59R) POR (47P) DOCR (67I/67D) ROCOF (81R) STALL/LOCK (48/51LR) SYNC (25) CBF (50BF) LOCK-OUT (86)Note4) |
GIPAM3000 T | Transformer | OCR (50/51w1) OCGR (50/51N-1) DFRG (87N) |
OCR (50/51w2) OCGR (50/51N-2) LOCK-OUT (86)Note4) |
OCR (50/51w3) DFR (87T)Note5) |
Note) 1. Sensitive Earth Fault (SEF) is a relay element that detects the earth current in the event of an earth accident in the non-ground
2. DOCGR is the same as DGR.
3. OVGR is ALRAM with no breaker TRIP In factory-shipped products
4. Lock-out (86) can be configured with PLC Trip Logic
5. The Inrush Detector (68) element is included in the DFR (87T) elemen
Specification
Type | Specification | ||
---|---|---|---|
Wiring | 3P3W (2PT-D), 3P4W (3PT-Y) | ||
Rating | Frequancy | 60Hz, 50Hz Note) | |
Voltage | PT | 110V (55~125V) | |
GPT | Vn*√3 Vn: PT secondary rating voltage | ||
Current | CT | 5A | |
ZCT | 1.5mA | ||
Power | AC/DC110V, DC125V | ||
Power consumption | 30W or less: Stanby / 50W or less: Operation | ||
Burden | 0.5VA or less: PT 1.0VA or less: CT |
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Input contact | for general | Digital Input AC/DC 110V, DC125V | |
Output contact | for trip | AC 250V 16A/DC 30V 16A, Resistive Load: Rated Capacity AC 4000VA, DC 480W: Opening Capacity |
|
for alarm | AC 250V 5A/DC 30V 5A, Resistive Load: Closed Capacity AC 1250VA, DC 150W: Opening Capacity |
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Tolerance | Operation Value | ±5% | |
Operation Time | ±5% or ±35ms | ||
OInsulation Resistance | DC 500V 100MΩ or more | ||
Insulation Voltage | AC 2kV (1kV)/1min | ||
Lightning impulse voltage | AC 5kV (3kV) or more, 1.2x50μs standard waveform supplied | ||
Overload withstand | Current circuit | Withstand 1.2 times of rated current continuously Withstand 2 times of rated current for 3 hours. Withstand 20 times of rated current for 2 seconds. Withstand 40 times of rated current for 1 second. |
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Voltage circuit | Withstand 1.15 times of rated voltage for 3 hours. | ||
Fast Transient Disturbance | 4kV: power input 2kV: other input |
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Electrostatic Discharge (ESD) | 8kV: Air, 6kV: Contact | ||
Temperature | Operation | -25℃ ~ 60℃ | |
Storage | -40℃ ~ 70℃ | ||
Humidity | RH 80% or less (non-condensing) | ||
Altitude | 2,000m or less | ||
Environment | A place not subject to abnormal vibration and shock. | ||
Applied Standards | KEMC 1120 IEC 61000-4-2 ~ 4-6, 4-8, 4-11, 4-16, 4-17, 4-18, 4-29 CISPR 11, 22 IEC 60255-26 IEC 61850-6, 7-1, 7-2, 7-3, 7-4, and 8-1 |
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Dimension (mm) | 209 (W)x185.8 (D)x260 (H): Cutting Size | ||
Weignt | 10.3kg | ||
Communication | RS485: Modbus, DNP3.0 Ethernet TE: Modbus, DNP3.0, IEC61850 Ethernet FE: Modbus, DNP3.0, IEC61850 |