This is a replacement Relay receiver for Lodar 9 Series wireless control systems — 2-function, relay (electromechanical) output switching rated to 5 A per output. The receiver mounts on the equipment, receives the signal from the transmitter, and switches the output functions. Includes a master output — an additional output that fires on every function: once wired in, it energizes whenever any function is operated, for equipment that must run in conjunction with the controls (a hydraulic power unit running while a lift function operates, a safety light while winching).
Replacement part for an existing Lodar 9 Series wireless system — a receiver is not a standalone product. It pairs with a matching transmitter on the same series and function count.
FET or Relay receiver — which do I need?
Match what your existing system uses. A 9 Series relay receiver switches outputs with electromechanical relays — the traditional design — and is rated to 5 A per output. FET receivers switch with solid-state transistors and are rated to 10 A per output. If any function on your system draws more than 5 A, you need the FET receiver instead. The two aren’t interchangeable; replace a relay receiver with a relay receiver.
- 2-function Relay receiver
- For Lodar 9 Series wireless control systems
- Master output — an additional output that fires on every function
- DC mechanical relay output switching · 5 A · 12/24V DC · Wide Band
- Lodar SKU 9002RX
Match the trailing code. Lodar 9 Series transmitters and receivers carry a trailing match number. Check the unit you are replacing: no number means -8, the most common code we carry, and some systems use -3. If your existing system or part is coded anything other than -8, contact us so we send the correct unit.
This is a replacement part — it goes on the 2-function 9 Series wireless system. See the complete 2 Function IP Wireless Control System or 2 Functions Mini Wireless Control System or 2 Function Standard Wireless Control System. Pair it with the matching 2 Function transmitter on the same system.
