Abstract: A simplified, compact coin-controlled coin latch unit includes a latching arm and a deactivating arm, arranged on the same pivot. The operation of the deactivating arm, which is controlled by the opening and closing of the door latched by the latch unit, operates a magnetic switch which deactives the solenoid which controls the latching arm. The deactivating arm also controls a hinged flap which forms part of a temporary coin receptacle. When the door opens, the deactivating arm is released, deactivating the solenoid and releasing the hinged flap to permit coins to fall into a chute to a permanent coin receptacle. When the door is closed, the deactivating arm is moved to it's original point, closing the hinged flap and activating the magnetic switch to close, thereby permitting reactivation of the solenoid circuit, in response to a coin detecting device.