Discover Caterpillar’s versatile range of switchgear solutions designed to cater to a spectrum of applications, from single standby/load management setups to complex multi-unit utility paralleling installations. Our switchgear is engineered to meet diverse requirements, providing seamless control and management of power systems.
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Remote modular paralleling control system (Master Control Panel for the first 2 generator sets and optional tie breaker, separate add-on control panels for up to 8 additional generator sets, utility paralleling control, and distribution control)
Emergency Standby with redundant master control, Utility paralleling, peak shaving, and closed transition to/from Generator Power (with optional utility control panel)
LV and MV (208V-27kV)
Remote monitoring and control for up to 8 generator sets via high-speed network. Enables paralleling a group of EMCP 4.4 equipped generator sets to a single utility source.
Emergency standby, island, utility paralleling
LV and MV (208V - 38 kV)
Configurable PLC based switchgear capable of controlling and monitoring multiple generator sets, tie and load breakers in conjunction with downstream transfer switches for standby or emergency applications
Multi-unit Island and multi-unit standby mode with optional redundant controls and components.
LV and MV (208V - 38 kV)
Configurable PLC based switchgear capable of controlling and monitoring multiple generator sets, tie, utility and load breakers for utility paralleling applications
Emergency Standby, Utility Import/Export, Peak shaving, and base load operations with redundant controls and components. Closed transition to/from generator power
LV and MV ( 208V - 38 kV
Application-specific switchgear with control logic designed to meet any customer's sequence of operations. Examples are 3+ Utilities, CHP applications, complex load shed schemes, etc
All modes of paralleling generator sets to each other and to other sources (utility, alternative fuels, wind, etc) can be supported. Caterpillar generation and control experts can design and program the most complex power schemes to meet your critical pow
LV and MV ( 208V - 38 kV) 50 / 60 Hz
IP4X
35 °C / 40 °C @ 1 hr, option for 0…50 °C (32…122 °F)
600 mm for ABB Emax2 E2 1600 - 2500A. 750 mm for ABB Emax2 E4 3200 - 4000A. 1200 mm for ABB Emax2 E6 4000 - 6300A.
