Our Products

• Voltage: 220V
• Frequency: 50Hz
• Number of Phases: 1
• Heat Range: Approximately -10ºC – +60ºC, motor temperature is 25ºC above ambient temperature.
• Physical Dimensions: L: 190mm +30mm for output shaft, W: 161mm, H: 145mm

14 rpm

Standard

• Power: 70W
• Max Torque: 20Nm

50 rpm

Standard

• Power: 70W
• Max Torque: 7Nm

• 24V 85W DC Motor
• 100% Duty Cycle – Motor can run continuously
• Embedded Hall Sensors allow for precise collision detection and motor control.
• The motor will ramp down it’s speed before reaching the end stops, protecting both the gearbox and barrier mechanism.
• Boom arm length 3 – 6m
• Opening and closing times can be set between 1 and 6 seconds, depending on boom arm length, with 8 speed settings
• Motor Controller PCB with built in Barrier Logic
  Can accommodate a single or dual channel Loop Detector, or IR beam.
• Motor Power Consumption
• Idle – 3W
• Operating – 10W
• Peak – 85W
• Power Supply – 27.6V 100W 3.65A
• Battery Backup can be used
• 24V 3.5Ah Sealed Lead Acid battery
• +- 2800 cycles on fully charged battery.

• 3 phase, 4 pole, 400V aluminium housing motors.
• Housing is extruded 6063 T6 aluminium with all covers 6082 T6.
• Wire for the motor coil is imported from Germany.
• Bearings are NSK Japan.
• IP55 protection.
• B5 flange mount, with a 14mm diameter output shaft.

The gearboxes are for use in Farm Feeder Systems. We offer 3.93, 4.75 and 17.7 reduction gearboxes which are widely used in the poultry industry. Our flange mounting in IEC71 B5, so various IEC and NEMA motors can be accommodated. Any potential customer can contact us for their specific needs, as there are many output shaft dimensions and mounting options.

For adjusting the height of poultry feed and drink systems or canvas blinds

• 3.5 RPM single-phase torque motor.
• Lifting capacity of 180kg.
• Cable bollards can be made to supplied specifications.
• Forward and reverse function.

• 24V DC motor for increased performance.
• Transformer fitted to run off 230V AC power, only using the batteries as backup during load shedding or power outage. Means longer battery life and even if batteries eventually fail, the motor still runs off AC.
• Aluminium housings for the motor and gearbox.
• Steel shafts and brass gears in the gearbox, no nylon or plastic.
• No magnets needed for positioning, the electronics learn the end stop positions.
• Ramp up and ramp down to allow smooth opening and closing.
• Simple “learn” programming on the motor PCB and one-touch remote transmitter learning.
• Auto reverse and electronic collision detection.
• Steel powder-coated lid for extra security.