InteliLite 4 AMF 20 | Comap Single Gen-Set Controller!
The InteliLite 4 AMF 20 stands out as a sophisticated single gen-set controller crafted for stand-by and prime power applications. With its user-friendly, flexible, and straightforward design, this controller ensures ease of installation and operation. Explore a range of configuration options to tailor the perfect solution for efficiently managing and monitoring your generator sets, whether on-site or remotely.
- Easy configuration with InteliConfig
- Remote monitoring
- Cybersecurity by design
- Easy troubleshooting
- Built-in PLC logic
Effortlessly configurable, the InteliLite 4 AMF 20 delivers
secure and adaptable control for single-gen-sets in both stand-by and prime
power applications. With its advanced connectivity and communication
capabilities, this product empowers you to monitor your sites conveniently from
any location.
Key Features of the InteliLite 4 AMF 20:
- Single
generator set controller for standby and prime power applications
- Direct
communication with EFI engines
- Comprehensive
remote monitoring and control
- Simple
installation, configuration, and use
- Extensive
communication options, including:
- RS232,
RS485, CAN, and onboard USB connections
- Internet
access via Ethernet, GPRS, or 4G
- Support
for Modbus and SNMP protocols
- Internal
PLC support with an included PLC editor and monitor in LiteEdit
- Cloud-based
monitoring and control capabilities
- Active
SMS and email notifications in multiple languages
- SNMP
traps
- Two
10 A binary outputs for cranking and fuel solenoid
- Option
for up to 8 additional binary inputs/outputs
- Flexible
event-based history logging with up to 350 events
- Tier
4 final compliance
- Automatic
temperature-based cooling and heating
- Comprehensive
generator set protections
- Multipurpose
flexible timers
- True
RMS measurement
- Single
generator set controller for standby and prime power applications
Experience unparalleled control and monitoring capabilities with the InteliLite 4 AMF 20, designed for simplicity and efficiency in power management.