Item Description
push line coil automatic feeder with straightener and uncoiler
3 in 1 precision NC servo straightener, feeder and uncoiler, PLC handle, ideal electric powered elements, can be utilised with mechanical press for auto manufacturing punching and stamping traces.
I.Feeding characteristic by PLC program from MITSUBISHI
one.NC Servo feeding. Working with Computerize Numerical Control by PLC software from MITSUBISHI manufactured in Japan.
The electrical components from YASKAWA created in Japan including Servo motor, driver, encoder,interface display and so on.
two.Substantial precision feeding: to meet up with the coming of hi-tech industry, managed by personal computer closed circuit feedback technique to hold precision diploma inside +/-.15mm
3.Feeding function: enter 20 sets of various feed duration, every single group supplies 999 moments for punching or slicing to satisfy processing of special products.
4.Large efficiency release gadget, match with adjustment of sign from the cutter or press equipment by means of cable wire.
five.Location of feed duration: straight enter feed duration on the manage plate, and then it can reach necessary length, feed duration max 9999.99mm. velocity max 100m/min
II. Straightening characteristic
1.3 in 1 uncoiler and straightener will save room and improve efficiency.
two. Straightener and thickness adjustment by 4 CZPT micro-adjuster withreading .1mm CZPT reference indicator.
3.Feed and straightener roll with a challenging chrome plated.
4.Substantial rigid mechanical layout durable construction, and high CZPT output to safe proper straightening and feeding in the course of the speed escalating performance.
five.Electric powered loop manage technique.
six.Electricity hold down arm device
seven.Inverse curve roll, simple to set up the curve up or down of feeding exit direction.
8.Feeding line very easily modified by CZPT CZPT screw Jacks device
9.Coil Substance Entry support Assembly can bring the materials into pinch rollers CZPT matically to help save male CZPT and enhance safety,
10.Coil aspect manual
11.Outgoing catenary to help and assist the substance
12.A Clusster gear set maximizes transmission of horse CZPT .
thirteen.Transformer
Requirements:
| Item/Product | TNCF2-three hundred | TNCF2-400 | TNCF2-500 | TNCF2-600 | TNCF2-700 | TNCF2-800 |
| Width of Content(mm) | 75-300 | seventy five-four hundred | 75-five hundred | seventy five-600 | 75-seven-hundred | 75-800 |
| Thickness of Substance(mm) | 0.3-2.three | |||||
| Max. Coil CZPT ght(kg) | 2T | 3T | 5T | |||
| weight can be CZPT ized | ||||||
| Coil L.D.(mm) | 508 | |||||
| Max. Coil O.D.(mm) | 1200 | |||||
| Max.Pace(m/min) | 16 | |||||
| Feed Pitch Precision(mm) | ±0.15 | |||||
| Feed ROLL | Upper1 / Lower1 | |||||
| Straighten ROLL | Upper5 / Lower4 | |||||
| Voltage | 380VAC / 60Hz | |||||
| Air CZPT provide | 5kg / CM² | |||||
| Uncoiler Growth | Hydraulic | |||||
| Servo CZPT (kw) | AC1.8 | AC2.nine | ||||
| Uncoiler CZPT (kw) | 1.5 KW | 2.2 KW | ||||
| Coil Car | optional | |||||
| Pass line | ±100 MM | |||||
| Item/Model | TNCF3-three hundred | TNCF3-four hundred | TNCF3-five hundred | TNCF3-600 | TNCF3-seven-hundred | TNCF3-800 | TNCF3-a thousand |
| Width of Materials(mm) | 75-300 | 75-400 | seventy five-500 | seventy five-600 | 75-seven-hundred | 75-800 | seventy five-one thousand |
| Thickness of Materials(mm) | 0.4 – 3.2 | ||||||
| Max.coil CZPT ght(kg) | 2T | 3T | 5T | ||||
| Coil L.D.(mm) | 508 | ||||||
| Max.Coil O.D.(mm) | 1200 | ||||||
| Max.Pace(m/min) | 16 | ||||||
| Feed Pitch Accuracy(mm) | ±0.fifteen | ||||||
| Feed ROLL | Upper1 / Lower1 | ||||||
| Straighten ROLL | Upper5 / Lower4 | Upper4 / Lower3 | |||||
| Voltage | 380VAC / 60Hz | ||||||
| Air CZPT offer | 5kg / CM² | ||||||
| Uncoiler Enlargement | Hydraulic | ||||||
| Servo CZPT (kw) | AC1.8 | AC2.9 | AC4.4 | ||||
| Uncoiler CZPT (kw) | 1.5 KW | 2.2 KW | |||||
| Coil Automobile | optional | ||||||
| Pass line | ±100 MM | ||||||
Equipment reducers are also known as reducers. Mechanical equipment, by both of these two names, are designed to decrease the energy transferred among the motor and the device among the rotational speeds (revolutions for every minute). The reducer properly lowers the rotational pace developed by the motor, therefore controlling the speed at which the equipment runs and growing the torque produced by the motor. Multiplying the torque produced by the motor increases the machine’s accessible power – a procedure known as “mechanical dominance”. In a larger context, gear reducers are essentially equipment utilized to increase the performance of tools procedure.