Futaba FUEBA0324 ESW-1D High Power On/Off Harness T-Deans to RX  [FUEBA0324]

FUTABA HIGH POWER ON/OFF ELECTRIC SWITCH HARNESS ESW-1D T-DEANS TO RX EBA0324  (W/O PACKING)
Price:
NZD$25.78
Brand:
Futaba
Model:
FUEBA0324
GTIN:
4513886307867
Condition:
Brand New
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In-line receiver power switch

The Futaba FUEBA0324 ESW-1D serves as an on/off electric switch harness for RC electric models that use T-Deans style battery plugs and a direct receiver power lead. The harness length is set to keep installations compact while still providing a switched connection between the battery and receiver power input.

Key compatibility: the harness connects a T-Deans male/female battery plug to the receiver (RX) input and places an on/off switch inline with the positive conductor. It is intended for conventional RC electric systems and should only be used where direct battery switching by the harness is accepted by the receiver or inline electronics.

Fitment advice: avoid routing the harness near suspension travel, gear mesh, or motor cooling outlets. Fix the switch in position with ties or a small adhesive pad so the actuator cannot catch on wiring or chassis features. Always verify polarity when joining the receiver and battery leads to prevent reversed connections.

Role in setup: this harness is a convenient field and bench accessory for powering the receiver and associated devices without unplugging the battery. It assists with pre-run procedures and reduces battery drain risk, but it does not replace appropriate battery safety practices or an ESC electronic cut-off where required.

It uses T-Deans battery connectors on the battery side and a standard receiver power lead on the RX side, with the on/off switch on the positive wire.
This harness is designed for receiver and accessory power. Consult component current ratings before attempting to switch ESC or motor supply lines.
Mount the switch away from moving parts and heat sources, using cable ties or adhesive pads to prevent movement and reduce risk of snagging during handling.

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