Product: LXC3110 genset automation controller Overview The LXC3110 is a compact automation controller for singleunit generator sets. It combines a 32bit ARM processor with intelligent generator control features to provide automatic start and stop, comprehensive measurements, alarm protection, and configurable control logic. The controller is reliable, easy to install, and configurable from the front panel or via USB using a PC. Key benefits Centralized genset control and protection: automatic start/stop, ATS control, and fault display reduce downtime and protect the engine and alternator. Accurate monitoring: measures 3phase voltage, 3phase current, frequency, and power plus engine parameters to enable precise control and timely protection. Flexible configuration: parameters are stored in internal EEPROM, retained after power loss, and adjustable from the front panel or by PC via USB. Easy installation and integration: modular design, plugin terminals, embedded mounting, and compact dimensions fit standard control panels. Robust operation: wide supply range and extended environmental limits support diverse installation conditions. Features and specifications Model: LXC3110 (LXC31X0 series) Display and interface: 132 x 64 pixel backlit display, pushbutton operation, selectable languages: Chinese, English, Spanish, Russian Power supply: DC 8.0 to 35.0 V continuous Overall consumption: < 3 W; standby 2 W AC voltage inputs (for different wiring systems): 3 phase 4 wire: 15 VAC to 360 VAC phase to neutral 2 phase 3 wire: 15 VAC to 360 VAC phase to neutral Single phase 2 wire: 15 VAC to 360 VAC phase to neutral 3 phase 3 wire: 30 VAC to 620 VAC phase to phase Alternator frequency: 50 Hz or 60 Hz CT secondary current rating: 5 A Speed sensor: 1.0 V to 24 V, up to 10,000 Hz Crank disconnect options: magnetic pickup, oil pressure, generator signals Relay outputs: Start relay: 5 A DC, 28 V supply Programmable relays 1 to 3: 5 A DC, 28 V supply Programmable relays 4 and 5: 5 A AC, 250 V, voltage outputs Engine parameter monitoring: coolant temperature, oil pressure, fuel quantity, charger voltage; userconfigurable sensor types Protection functions: Mains: overvoltage, undervoltage, phase loss Generator: overvoltage, undervoltage, overfrequency, underfrequency, overcurrent Engine protections based on monitored parameters to prevent accidental damage Control functions: automatic start/stop, ATS switch on/off, ETS, idle control, preheat control, acceleration and deceleration control; all available as relay outputs Parameter storage: nonvolatile internal EEPROM retains settings when power is off Programming: front panel or USB connection to PC for parameter configuration Mechanical and environmental: Overall dimensions: 143 mm x 115 mm x 41 mm Panel cutout: 110 mm x 90 mm Weight: 530 g Housing: modular design, flame retardant ABS, plugin terminals, embedded mounting Operating temperature: 25 to 70 C Humidity: 20 to 93 percent RH Storage temperature: 25 to 70 C Protection level: IP55 when waterproof rubber seal installed between controller and panel fascia; IP42 without the seal Insulation test: AC 1.5 kV for 1 minute, leakage current 3 mA Typical applications Standby power for commercial buildings: automatic mains sensing and ATS control provide reliable transfer to generator power during outages while protecting engine and alternator. Remote prime power installations: compact size, wide input ranges, and robust environmental ratings suit remote sites where generator automation and monitoring are required. Industrial backup systems: integrated measurement of electrical and engine parameters plus programmable relay outputs enable coordinated control of engine start sequences, preheat, and load management. Why choose this controller The LXC3110 combines precise measurement, configurable protection logic, and multiple control outputs in a compact, modular package. It supports common wiring configurations and a wide DC supply range, making it suitable for a variety of generator sets and installation conditions. The backlit display, multilingual interface, and USB programmability simplify setup and maintenance, while EEPROM storage preserves critical settings. Ordering and compatibility Model reference: LXC3110 Designed for singleunit genset automation and monitoring systems Compatible with common alternator and sensor types as detailed above