XD Dual Flex L VSR/Relay with Knob - 6-Pin DT ConnectorDesigned for Lithium-ion, Lithium Polymer, and Lithium Iron Phosphate Battery Systems Where Required Charge / Discharge Voltage Settings Require Higher Available Settings500 Amp Continuous Capability Per Relay / Extremely Compact FootprintAvailable With or Without Intuitive Front Facing Manual Override Knobs with the ability to Lock Relays ON or OFF for ServicingFlexible Functionality via Dip Switches, utilize each as a Relay/Battery Disconnect, Voltage Sensing Relay, or Low Voltage DisconnectRemote ON/OFF/Auto Inputs to Force Each Relay Closed, Open, or to Allow Automatic Operation Based on Voltage SensingLocal and Remote LED Indicators Per RelayMechanical-Only Battery Switch Option for One or Multiple Relay PositionsFeatures: Bullet-proof Construction: Sealed to IP67/IP6K9K, high-temperature electronics and materials allow mounting anywhere. Stainless steel cable lug studs. Large mounting holes accept 1/4-20 / M6 attachment hardware. Intuitive Manual Control option simplifies operation and awareness of the state of manual override and whether the device is being left in a locked-off or locked-on state (not available on competitive solutions) Simple Programmability via simple dip switches allows each individual relay function significant flexibility for OEMs and installers. 35-75% Reduction in Mounting Space Product Weight via advanced bi-stable solenoid design and multiple solenoid assemblies that replace common electrical system layouts. Plug Play Compatible with Legacy Competitor Products: Single, dual, and triple relay options are available with DTM/ATM connectors, pin-for-pin compatible with ML Series Bi-stable Relays. 90-95% Less Off-State Current: Compared to competitive products and system solutions that require multiple devices for similar functionality 4 Year Industry-Leading Warranty table.productattributes, .productattributes td { border-bottom: 1px solid #ddd; border-collapse: collapse; padding: 2px; text-align: left; } Truck Freight: No Oversized: No