Solution Description
three in 1 decoiler straightener NC roll feeder for computerized push line
three in 1 precision NC servo straightener, feeder and uncoiler, PLC handle, ideal electric areas, can be utilised with mechanical push for auto manufacturing punching and stamping traces.
I.Feeding function by PLC software from MITSUBISHI
one.NC Servo feeding. Operating with Computerize Numerical Control by PLC system from MITSUBISHI manufactured in Japan.
The electrical elements from YASKAWA created in Japan which includes Servo motor, driver, encoder,interface display screen and so on.
two.Substantial precision feeding: to meet up with the coming of hi-tech sector, managed by pc closed circuit feedback method to keep precision diploma inside of +/-.15mm
three.Feeding perform: enter twenty sets of different feed duration, every team provides 999 instances for punching or reducing to satisfy processing of particular goods.
4.Higher efficiency launch system, match with adjustment of sign from the cutter or press machine by means of cable wire.
five.Placing of feed size: immediately enter feed length on the control plate, and then it can achieve essential length, feed duration max 9999.99mm. pace max 100m/min
II. Straightening function
1.3 in 1 uncoiler and straightener will save area and boost efficiency.
two. Straightener and thickness adjustment by 4 CZPT micro-adjuster withreading .1mm CZPT reference indicator.
three.Feed and straightener roll with a tough chrome plated.
4.Higher rigid mechanical design strong development, and high CZPT output to protected appropriate straightening and feeding in the course of the speed rising efficiency.
5.Electric loop handle program.
six.Electrical power hold down arm unit
seven.Inverse curve roll, easy to established up the curve up or down of feeding exit course.
8.Feeding line easily adjusted by CZPT CZPT screw Jacks device
nine.Coil Material Entry assist Assembly can deliver the substance into pinch rollers CZPT matically to save male CZPT and improve protection,
10.Coil aspect information
11.Outgoing catenary to aid and support the substance
twelve.A Clusster gear established maximizes transmission of horse CZPT .
13.Transformer
Requirements:
| Product/Product | TNCF2-300 | TNCF2-four hundred | TNCF2-five hundred | TNCF2-600 | TNCF2-seven hundred | TNCF2-800 |
| Width of Substance(mm) | seventy five-300 | seventy five-400 | seventy five-500 | seventy five-600 | 75-700 | 75-800 |
| Thickness of Material(mm) | 0.3-2.3 | |||||
| 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.Speed(m/min) | 16 | |||||
| Feed Pitch Accuracy(mm) | ±0.fifteen | |||||
| Feed ROLL | Upper1 / Lower1 | |||||
| Straighten ROLL | Upper5 / Lower4 | |||||
| Voltage | 380VAC / 60Hz | |||||
| Air CZPT offer | 5kg / CM² | |||||
| Uncoiler Growth | Hydraulic | |||||
| Servo CZPT (kw) | AC1.eight | AC2.9 | ||||
| Uncoiler CZPT (kw) | 1.5 KW | 2.2 KW | ||||
| Coil Vehicle | optional | |||||
| Go line | ±100 MM | |||||
| Merchandise/Model | TNCF3-three hundred | TNCF3-400 | TNCF3-500 | TNCF3-600 | TNCF3-seven-hundred | TNCF3-800 | TNCF3-a thousand |
| Width of Content(mm) | seventy five-three hundred | seventy five-four hundred | seventy five-500 | 75-600 | 75-seven hundred | seventy five-800 | 75-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.Velocity(m/min) | 16 | ||||||
| Feed Pitch Precision(mm) | ±0.15 | ||||||
| Feed ROLL | Upper1 / Lower1 | ||||||
| Straighten ROLL | Upper5 / Lower4 | Upper4 / Lower3 | |||||
| Voltage | 380VAC / 60Hz | ||||||
| Air CZPT supply | 5kg / CM² | ||||||
| Uncoiler Enlargement | Hydraulic | ||||||
| Servo CZPT (kw) | AC1.8 | AC2.9 | AC4.four | ||||
| Uncoiler CZPT (kw) | 1.5 KW | 2.2 KW | |||||
| Coil Automobile | optional | ||||||
| Move line | ±100 MM | ||||||
Equipment reducers are also named reducers. Mechanical components, by either of these two names, are made to minimize the electricity transferred among the motor and the device between the rotational speeds (revolutions for every moment). The reducer effectively minimizes the rotational velocity produced by the motor, therefore managing the speed at which the equipment operates and increasing the torque made by the motor. Multiplying the torque developed by the motor will increase the machine’s obtainable electrical power – a procedure known as “mechanical dominance”. In a bigger context, gear reducers are basically equipment utilised to boost the performance of gear operation.