Technical Specifications
Mounting Case Size: 40TE
Power Supply: 110...250V DC/AC
Digital Inputs: 24
Digital Outputs: 20
Communication Ports: CAN, Ethernet TCP/IP, USB, Serial (RS485)
Protocols: Modbus, DNP3, IEC 61850, IEC 61869
Cybersecurity: IEC 62443 SL2
Weight: 8.8 kg
Certifications: CE, UKCA, UL Listed
Designed for asynchronous three-phase motors with contactor- or breaker-controlled drives
Thermal overload, short-circuit, start-up supervision, negative phase sequence, phase loss, locked rotor, sensitive earth fault, loss of load, and breaker failure protection
Standard configuration adjustable via LHMI
Supports variants with conventional CTs and Rogowski sensor inputs
Universal power supply: 24–240 V AC/DC
Configurable binary inputs/outputs via HMI or communication
Selectable CT rating (1 A / 5 A)
Selectable Modbus RTU and IEC 60870-5-103 protocols
Fast commissioning with test functions
USB front port for retrieving events, fault and disturbance records
Press-fit mounting, compact size, detachable terminals with CT shorting
Extensive self-supervision
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Protection for power cables and overhead lines up to 24 km
Phase comparison algorithm for fast and reliable protection
Communication redundancy via copper or optical fiber
Configurable for multiple fault scenarios (overcurrent, ground-fault, etc.)
Direct communication interface with the ability to send inter-tripping commands and binary signals
Programmable logic for advanced customization (CFC)
9 programmable function keys
Support for Ethernet redundancy protocols (RSTP, PRP, HSR)
Protection against external and internal faults
Communication via IEC 61850, MODBUS RTU, and other protocols
Built-in monitoring and diagnostic features (e.g., trip circuit supervision, fuse failure monitoring)
Up to 24 km of fiber-optic protection coverage
4 current transformers and 3-7 binary inputs/outputs
Supports fast and selective tripping even during communication failure
Caractéristiques techniques
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Moteur
Marque: Cummins
Modèle: KTA38-G3
Origine: USA
Pays de fabrication: USA, Royaume-Uni, Inde
Puissance moteur: 1050 hp
Puissance d’urgence: 1150 hp
Cylindrée: 30,5 L
Cylindres: 12
Admission: Turbo
Refroidissement: Eau
Régulateur: Électronique
Consommation 50%: 94 L/h
Consommation 75%: 139 L/h
Consommation 100%: 184 L/h
Vitesse moteur: 1500 rpm
Alésage × course: 140×165,1 mm
Injection: Directe
Système électrique: 24 V.DC
Capacité réservoir huile: 40,7 L
Capacité refroidissement: 114 L
Poids à sec: 4990 kg
Alternateur
Marque: Stamford
Modèle: HCI634H
Pays de fabrication: Royaume-Uni
Puissance nominale: 910 kVA
Puissance de secours: 1000 kVA
Fréquence: 50 Hz
Classe d’isolation: H
Protection: IP23
Surcharge: 110 %
Facteur de puissance: 0.8
Nombre de pôles: 4
Roulements: 1
Tension de sortie: 400/230 V
Vitesse nominale: 2250 rpm
Couplage du générateur
Puissance prime (kVA): 910 kVA
Puissance de secours (kVA): 1000 kVA
Puissance prime (kW): 728 kW
Puissance de secours (kW): 800 kW
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Technical specifications
Mounting Case Size: 40TE
Power Supply: 110...250V DC/AC
Digital Inputs: 24
Digital Outputs: 20
Communication Ports: CAN, Ethernet TCP/IP, USB, Serial (RS485)
Protocols: Modbus, DNP3, IEC 61850, IEC 61869
Cybersecurity: IEC 62443 SL2
Weight: 8.8 kg
Certifications: CE, UKCA, UL Listed
Designed for asynchronous three-phase motors with contactor- or breaker-controlled drives
Thermal overload, short-circuit, start-up supervision, negative phase sequence, phase loss, locked rotor, sensitive earth fault, loss of load, and breaker failure protection
Standard configuration adjustable via LHMI
Supports variants with conventional CTs and Rogowski sensor inputs
Universal power supply: 24–240 V AC/DC
Configurable binary inputs/outputs via HMI or communication
Selectable CT rating (1 A / 5 A)
Selectable Modbus RTU and IEC 60870-5-103 protocols
Fast commissioning with test functions
USB front port for retrieving events, fault and disturbance records
Press-fit mounting, compact size, detachable terminals with CT shorting
Extensive self-supervision
–
Protection for power cables and overhead lines up to 24 km
Phase comparison algorithm for fast and reliable protection
Communication redundancy via copper or optical fiber
Configurable for multiple fault scenarios (overcurrent, ground-fault, etc.)
Direct communication interface with the ability to send inter-tripping commands and binary signals
Programmable logic for advanced customization (CFC)
9 programmable function keys
Support for Ethernet redundancy protocols (RSTP, PRP, HSR)
Protection against external and internal faults
Communication via IEC 61850, MODBUS RTU, and other protocols
Built-in monitoring and diagnostic features (e.g., trip circuit supervision, fuse failure monitoring)
Up to 24 km of fiber-optic protection coverage
4 current transformers and 3-7 binary inputs/outputs
Supports fast and selective tripping even during communication failure
