Three axis AC servo injection manipulator BRTNG09WSS3P,F

Three axis servo manipulator BRTNG09WSS3P/F Short Description BRTNG09WSS3P/F series apply to all types of horizontal injection machine ranges of 160T-380T for take-out products. The vertical arm is the telescopic type with the product arm. Three-axis AC servo drive saves time than similar models, accurate positioning, and short forming cycle.

Main Specification

Recommended I.M.M (ton): 160T-380T

Vertical Stroke (mm): 950

Traverse Stroke (mm): 1500

Max loading (kg): 2

Weight (kg): 300

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Product Detail

Product Tags

28500

Product Introduction

BRTNG09WSS3P/F series apply to all types of horizontal injection machine ranges of 160T-380T for take-out products. The vertical arm is the telescopic type with the product arm. Three-axis AC servo drive saves time than similar models, accurate positioning, and short forming cycle. After installing the manipulator, the productivity will be increased by 10-30% and will reduce the defective rate of products, ensure the safety of operators, reduce manpower and accurately control the output to reduce waste. Three-axis driver and controller integrated system: fewer signal lines, long-distance communication, good expansion performance, strong anti-interference ability, high accuracy of repeated positioning, can simultaneously control multiple axes simple equipment maintenance, and low failure rate.

Accurate Positioning

Fast

Long Service Life

Low Failure Rate

Reduce Labor

Telecommunication

Basic Parameters

Power Source (kVA)	Recommended I.M.M (ton)	Traverse Driven	Model of EOAT
3.23	160T-380T	AC Servo motor	two suctions two fixtures
Traverse Stroke (mm)	Crosswise Stroke (mm)	Vertical Stroke (mm)	Max.loading (kg)
1500	600	950	2
Dry Take Out Time (sec)	Dry Cycle Time (sec)	Air Consumption (NI/cycle)	Weight (kg)
0.68	4.07	3.2	300

Model representation: W: Telescopic stage. S:Product arm S3: Three-axis driven by AC Servo Motor ( Traverse-axis、Vertical-axis + Crosswise-axis)

The above-mentioned cycle time are the results of our company’s internal test standard. In the actual application process of the machine, they will vary according to the actual operation.

Trajectory Chart

A	B	C	D	E	F	G
1362	2275.5	950	298	1500	/	219
H	I	J	K	L	M	N
/	/	916	/	234.5	237.5	600

No further notice if the specification and appearance are changed due to improvement and other reasons. Thank you for your understanding.

Significant Features

Significant features of BRTNG09WSS3PF:

1. The product is easy to remove thanks to the front and rear servos, and the front and rear movement distance is considerable;
2. A servo motor, which has a quick motion speed and precise placement, powers the servo machine.
3. Electric adjustment capabilities, simple to use;
4. The use of a double speed mechanism, which causes the arm to move more quickly; Low machine height has the benefit of enabling installation in low factory structures;
5. The arm is comprised of precision linear sliding blocks and high-strength aluminum profiles; minimal friction, good stiffness, and a long service life;
6. Posture combination design with a fixed rotation of 90 degrees that can be used to retrieve products with fixed or mobile molds;
7. The dual arm structure allows for simultaneous retrieval of products and water outlets and may also be utilized independently with either arm;
8. To reduce the molding cycle, the machine uses a fast up and down picking mechanism inside the mold and a gradual placement of products and nozzles outside the mold, resulting in more steady performance and safer movement.

Specific Inspection Operation

Specific inspection operation of each part of manipulator:

1: Double point combination upkeep
A. Check the water cup for water or oil and empty it as soon as possible.
B. Verify that the double electric combination pressure indicator is operational.
C. Air compressor drainage timing

2: Examine the jigs and fuselage attaching screws.
A. Inspect the fixture connection block and fuselage screws for loose fixing screws.
B. Check to see whether the fixture cylinder's fastening screws are loose.
C. Check to see whether the screw connecting the fixture to the fuselage is loose.

3: Examine the synchronization belt
A. Examine the synchronous belt surface and teeth form to see whether they are worn.
B. Determine if the belt is loose while in use. The slack belt must be tensioned again using a tensioning device.