Hollin Applications design and produce a range of electronic controls which can be matched to Actuators, to improe the operatin and versatillity of the linear units.

We also modify many standard Actuators to improve their functionality and use in certain applications, please view the special gallery pages.

Basic Switches for Actuator Motors

• Pre-Wired Double Pole switches.
• Metal Toggle units with Optional Cover
• Rocker Switches
• Enclosed units with panel idents
• Weather Resistant IP65 option

Remote Switching for Actuator Motors.

• Relay Switching in a range of currents.
• Short circuit, Open Circuit and resistive switch off.
• Transistor Switching option
• Circuit boards, Potted units and enclosed units.
• A wide variety of input switching options.

A massive range of different power supplies and battery packs to convert varied AC supplies to hight power DC supply for Actuators

Can be combined with some of the other circuitry and enclosed to give wall or panel mounted Controllers

Modification of all sandard Actuators to give encoder pulsed output.

Addition of circuitry to give direction pulses from quadrature signal.

LM80 motors, modified to give encoder pulse signal ouput

LA10/5/24/14 feedback units converted to 1024 pulses per inch maximum.

A wide range of Electronic Limit switch circuitry, sensing the current to the DC motor and switch off at a preset amount.

Multiple switching and output signal options to fit a vaiety of applications.

Pulse width moulated control to reduce the speed of all DC Actuators to the desired value.

Used in parallel control and can be with ELS circuits.

Electronic position control. Circcuit will balance the signal voltage to the position signal from the potentimeter feedback on a DC linear Actuaor. The input signal, can be from a control knob potentiometer, 0-10 vol signal, 0-20mAmp, or 4-20mAmp signal.

This can be combined with a digital display, showing percent stroke, mm or inch stroke. Also with any power supply unit.

Parallel Controls. A range of electronics to keep 2,3 or 4 units at the same position and not dependant on balanced loads.

Customer specific designs, with multiple Actuator outputs, signal inputs.