Five axis high accuracy servo Manipulator BRTV09WDS5P0，F0

Five axis servo manipulator BRTV09WDS5P0,F0

Short Description

After installation, the installation space of the ejector can be saved by 30-40%, and the plant can be used more fully allowing better utilization of production space, productivity will be increased by 20-30%, reduce the defective rate, ensure the safety of operators, reduce manpower and accurately control the output to reduce waste.

Main Specification

Recommended I.M.M (ton): 120T-320T

Vertical Stroke (mm): 900

Traverse Stroke (mm): Horizontal arch less than 6 meters

Max loading (kg): 3

Weight (kg): Non-standard

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Product Detail

Product Tags

38500

Product Introduction

BRTVO9WDS5P0/F0 series applies to all types of horizontal injection machine ranges of 120T-320T for take-out products and sprue. The installation is different from traditional beam robots, products are placed at the end of injection molding machines. It has a double arm. The vertical arm is a telescopic stage and the vertical stroke is 900mm. Five-axis AC servo drive. After installation, the installation space of the ejector can be saved by 30-40%, and the plant can be used more fully allowing better utilization of production space, productivity will be increased by 20-30%, reduce the defective rate, ensure the safety of operators, reduce manpower and accurately control the output to reduce waste. Five-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
3.40	120T-320T	AC Servo motor	two suctions two fixtures
Traverse Stroke (mm)	Crosswise Stroke (mm)	Vertical Stroke (mm)	Max.loading (kg)
Horizontal arch with a total length of less than 6 meters	Pending	900	5
Dry Take Out Time (sec)	Dry Cycle Time (sec)	Air Consumption (NI/cycle)	Weight (kg)
1.7	pending	9	Non-standard

Model representation: W：Telescopic type. D：Product arm + runner arm. S5:Five-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	O
1553.5	≤6m	162	pending	pending	pending	174	445.5
H	I	J	K	L	M	N	P
187	pending	pending	255	555	pending	549	pending
Q
900

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

Product Application Range

This product is suitable for 160T-320T horizontal injection molding machine’s finished products and water outlet to take out. It is especially suitable for small injection moulding objects such as plastic toys, toothbrushes, soap boxes, raincoats, tableware, utensils, slippers and other daily plastic items.

Operation Tips

Pressing the "TIME" key on the Stop or Auto page will take you to the Time Modify page.

Press the cursor keys for each step in the sequence to change the timing. Once you've entered the new time, hit the Enter key.

The period following the action step is referred to as the delay time before action. The current action will be carried out until the delay timer expires.

If the confirm switch is being utilized in the current step of the sequence. The same length of time will be indicated for action. If the real action time cost exceeds the record, the following action may be performed until the action switch is verified after the timeout.

Injection Machine

Regularly check the tightness of nuts and bolts:
One of the primary causes of manipulator failure is the relaxation of nuts and bolts due to the lengthy period of vigorous operation.
1.Tighten the limit switch mounting nuts at the transverse portion, the drawing part, and the front and side arms.
2. Check the tightness of the relay point position terminal in the terminal box between the moving body part and the control box.
3. Securing each brake device.
4. Whether there are any loose bolts that might cause damage to other equipment.