AT-FH Hole Output Flange Input Speed Reducer

3F-90 Degree Right Angle Servo Reducer - AF-FH

Overview of AT-FH Steering Geabox

Compact structure: small in size and light in weight.
High strength: high strength was achieved by the use of Nickel chromium alloy steel SCM415 HRC60.
Special design: it is a hole output type.
Easy to install: it can be mounted in any direction.
High precision: it uses high precision spiral worm gears design.

INTRODUCTION OF AT-FH STEERING GEARBOX

Indication of Model Numbers of AT-FH Steering Gearbox

Description of AT-FH Spiral Bevel Steering Gearbox

The TQG AT-FH series spiral bevel steering gearbox is a hole output type can meet customers’ special need. Various sizes and ratios are available for your selection. With a multiple stainless steel design, the AT-FH series 90 degree right angle steering gearbox can be widely applied in various of industrial application needs. Due to the patented oil seal design, there is no need to replace the lubrication oil during its life time.

Application of AT-FH Spiral Bevel Steering Gearbox

The TQG AT-FH steering gearboxes are widely used in the following fileds: the walking shaft of a robot, gantry robot of machine tool, horizontal multi-joint robot, wafer handling robot, stamping equipment, pipe bending machines, injection mold taken-out robot, rotary tower knife frame rotation of machine tool, the xy anxis of machine tool, indexing table drive, roller drive for daubing use, pulley for loader use, shaft input belt drive, etc.

The Right Way to Install the AT Series Steering Gearbox

1.Confirm the specifications of the motor and speed reducer, and then clean the mounting surface of reducer and motor.

2.Take out of the buried bolts of the connecting plate and turn the motor locking device until the screws of the locking device are aligned with the hole of the buried bolts.

3. a. Remove the original key on the motor.

If necessary, please install the equilibrium bond.

4. Confirm the axis size of the motor, and install the shaft sleeve if necessary.

Note: The correct locking method: When the motor shaft is flat, align the bushing joints in the center line of the flat shaft, and make the locking hoop screw is vertical to the flat shaft.

5. Install the motor upright and lock tightly the screws that attached to gasket with the wrench according to the sequence from 1 to 4 with 5% of the torque value suggested in the Screw torque table ( Table 1)

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6. Set up the motor and the reducer upright, and lock tightly the screws of motor locking device with the wench according to the suggested torque in the table 2.
7.Set up the motor and the reducer upright and lock tightly the screws with the wrench according to the sequence from 1 to 4 with the torque value suggested in the Screw torque table ( Table 1).
8. Lock back to the buried bolt.