XD Series Triple Flex 2 Relay/VSR/Relay with Knobs - 12 P DT

Applications/Problems This Solves

• Replaces three individual high-amp relays with One Compact Module, reducing space significantly, eliminating the cost of external link cable connections, eliminating the risk of link cable connections vibrating loose, and providing clear, unambiguous awareness of how to operate manual controls and what state the manual controls have forced the relay into.
• Designed to Replicate Common Multi-Battery Switching and Charge Management Functions:  Common dual battery load switching via the outer relays and a central automatic charging relay to share charge current is easily implemented.
• Multiple Automatic Charging Relay (ACR) Into One Device: For 3-4 Battery Systems that require 2 or 3 ACRs, a single three-relay ACR provides a drastic improvement in off-state quiescent current draw, space used, and reduces unnecessary interconnection cables.
• Expandable with Link and Cross-Link Busbars to Additional Dual, Triple, or Single XD Relays: Supports 3 or 4 battery systems with standard busbar interconnect accessories.

Features:

• 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 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 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.