Four axis servo driven injection manipulator BRTNN15WSS4P, F

Four axis servo manipulator BRTNN15WSS4PF

Short Description

BRTNN15WSS4P/F series applies to all types of horizontal injection machine ranges of 470T-800T for take-out products. The vertical arm is the telescopic type with the product arm.

Main Specification

Recommended I.M.M (ton): 470T-800T

Vertical Stroke (mm): 1500

Traverse Stroke (mm): 2200

Max loading (kg): 15

Weight (kg): 680

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Product Detail

Product Tags

Product Introduction

BRTNN15WSS4P/F series applies to all types of horizontal injection machine ranges of 470T-800T for take-out products. The vertical arm is the telescopic type with the product arm. Four-axis AC servo drive, with a C-servo axis on the wrist, the rotation angle of the C-axis:90°. Save 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. Four-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
4.03	470T-800T	AC Servo motor	two suctions two fixtures
Traverse Stroke (mm)	Crosswise Stroke (mm)	Vertical Stroke (mm)	Max.loading (kg)
2200	900	1500	15
Dry Take Out Time (sec)	Dry Cycle Time (sec)	Air Consumption (NI/cycle)	Weight (kg)
2.74	9.03	3.2	680

Model representation: W:Telescopic type. S:Product arm. S4: Four-axis driven by AC Servo Motor (Traverse-axis、C-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
1742	3284	1500	562	2200	/	256
H	I	J	K	L	M	N
/	/	1398.5	/	341	390	900

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

Manipulators Selection Notices

1. Check that the length of the servo manipulator can reach the center of the mold to obtain the product.

2. Ensure that the product's form and structure allow the servo manipulator to remove it smoothly.

3. Check that the correctly fitted servo manipulator can lift the product over the safety door and set it in the right area.

4. Ensure that the servo manipulator's load capacity can fulfill the product and fixture's lifting and placement requirements.

5. Ensure that the servo manipulator's working speed matches the injection molding machine's manufacturing cycle.

6. Depending on the type of mold, choose a single arm or double arm servo manipulator.

7. 4-axis servo manipulators are chosen based on production speed, position accuracy, and durability.

8. Process needs like as cooling, cutting nozzles, and metal inserts can be addressed by collaborating with various external fixtures.

Maintenance Operation Content

1.Cleaning, inspection, fastening, lubrication, adjustment, inspection, and replenishment operations can be classified as maintenance operations based on their nature.

2.The inspection procedure must be carried out by the client's maintenance staff or with the assistance of the company's technical staff.

3.Cleaning, inspection, and resupply tasks are often carried out by machine operators.

4.Mechanics should perform fastening, adjustment, and lubrication regularly.

5.Electrical work must be done by qualified personnel.