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KJT-XB600-0.4 Outer Yarn Tensioner for Warping Machine&Direct Twisting Machine
具体成交价以合同协议为准
2022-03-24
- 型号
- KJT-XB600-0.4
该企业相似产品
产品简介
Outer Yarn Tensioner for Warping Machine&Direct Twisting Machine
详细信息
Basic Info
Model NO.
KJT-XB600-0.4
Processing Trade
Processing with Material Supplied
Certification
CE, ISO9001: 2000, RoHS
Customized
Customized
Condition
New
Trademark
KJTDQ
Transport Package
Standard Carton Package
Specification
standard
Origin
Nanjing
HS Code
9033000000
KJT-Outer yarn tensioner series
Introduction
This product generates magnetic field sense the magnitude of spindle tension tensions through the current, ａnd the resistance when the yarn through the tension device , to adjust the yarn tension consistency,improve yarn production efficiency of twisting machine.
In many fields, tension system is an important factor to control the quality and efficiency of production. Nanjing KJT Electric Co.,LTD provide a full set of tension control solutions to our customers with reliable, low-cost control devices and thorough technical service, hope to cooperate with you to realize best design.
A set of tension control system could choose different control methods according to different requirements of actual working ａnd economiccondition .
Common formula:
1. Relationship between tension and moment:
M=F· R
F: tension, N (Newton)
R :drum radius ,m (m)
M moment ,N· M (N· M)
The tension control is often needed in the area of winding processing, and the actual tension of the line and belt at this time is determined by the above formula.
2. Slip power calculation
In many fields, tension system is an important factor to control the quality and efficiency of production. Nanjing KJT Electric Co.,LTD provide a full set of tension control solutions to our customers with reliable, low-cost control devices and thorough technical service, hope to cooperate with you to realize best design.
A set of tension control system could choose different control methods according to different requirements of actual working ａnd economiccondition .
Common formula:
1. Relationship between tension and moment:
M=F· R
F: tension, N (Newton)
R :drum radius ,m (m)
M moment ,N· M (N· M)
The tension control is often needed in the area of winding processing, and the actual tension of the line and belt at this time is determined by the above formula.
2. Slip power calculation
P: slip power, kw (kw)
N :actual slip ,RPM (revolution/min)
M :transfer torque ,N· M (N· M)
During operation, the tension and torque control control device consumes power to do work, which is converted into heat.Therefore, each control device has a rated allowable slip power.Beyond this allowable slip power, the device will burn out due to overheating.
When choosing a tension or torque control device, the torque of the device should be considered first and then checked by the allowable slip power.
N :actual slip ,RPM (revolution/min)
M :transfer torque ,N· M (N· M)
During operation, the tension and torque control control device consumes power to do work, which is converted into heat.Therefore, each control device has a rated allowable slip power.Beyond this allowable slip power, the device will burn out due to overheating.
When choosing a tension or torque control device, the torque of the device should be considered first and then checked by the allowable slip power.
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