Monitor Current, Voltage, and Energy Consumption with One Device

Key Features

• Revenue Grade measurements
• IEC Class 1 metering accuracy
• Up to 126 panelboards can be monitored on one RS-485 drop, simplifies wiring
• Reports volts, amps, power, and energy for each circuit, one product covers the whole panelboard
• 92 circuits with one product (84 branch circuits, 2 3-phase mains, 2 neutrals), saves space
• 3/4", or 1", or 18 mm spaced solid-core current sensors, flexible installation
• Split-core version has two mounting options (DIN Rail or Snaptrack), installation flexibility
• 4 user-configurable alarm threshold registers, improved load management
• Built-in ability to set the orientation and numbering of the circuits
• 1/4 amp to 100 amp solid-core monitoring, widest dynamic range in the industry
• 1, 2, 3 pole breaker support
• Applications for new construction (solid-core version) and retrofits (split-core version)
• Modbus RTU standard

E31A kits

Features advanced functionality monitor voltage, current, power and energy consumption of each circuit in a panelboard including the main breaker. The accumulated information can be transmitted through the communications interface. Data updates occur roughly every two seconds to provide timely preventative maintenance information. As any circuit approaches the user-configured thresholds, alarm indicators are triggered, preventing costly downtime from overloaded circuits or failed loads.

E31B kits

Features intermediate functionality monitor voltage, current, power and energy consumption in the mains along with voltage and current in the branches in a panelboard. The accumulated information can be transmitted through the communications interface. Data updates occur roughly every two seconds to provide timely preventative maintenance information. As any circuit approaches the user-configured thresholds, alarm indicators are triggered, preventing costly downtime from overloaded circuits or failed loads.

E31C kits

Features basic functionality monitor current in the mains and the branches in a panelboard. The accumulated information can be transmitted through the communications interface. Data updates occur roughly every two seconds to provide timely preventative maintenance information. As any circuit approaches the user-configured thresholds, alarm indicators are triggered, preventing costly downtime from overloaded circuits or failed loads.

Applications

• Retrofit branch circuit monitoring into existing panels
• Load based cost allocation
• Overload protection
• Load management
• Load balancing
• Lighting circuits