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Jet Loom Controller

A loom is a machine to weave cloth with yarns.
You can weave cloth by inserting weft yarns into between the warp yarns pulled upward and downward. The inserted yarns are beaten with a reed moving back and forth. By repeating the movements, cloth will be made. Originally, all these processes were carried out by human hands. However now, most of cloth is woven by an automated machine for higher productivity. Around five hundred to one thousand weft yarns are inserted and beaten in just one minute. The width of the woven cloth usually measures from 1.3m upto 3.5m.
Types of looms differ diversely, and we are a developer, maker, and seller of a controller for the loom called a jet loom. Circuit board and micro computer software are also designed by ourselves.

Jet looms harness water or compressed air to insert a weft yarn. The one using water is called a water jet loom, and the other using compressed air is called an air jet loom.

Water jet looms are mainly used to weave cloth made of chemical fibers. The woven cloth turns into an umbrella, suit lining, curtain, textile for industrial purpose, and so on. A pump is set to this type of looms and splashes out water to carry a weft yarn.

On the other hand, an air jet loom weaves cloth made of natural fibers like cotton. The woven cloth turns into products such as a shirt and bed sheet. This type of looms inserts a weft yarn with compressed air provided through an air compressor. Since air can't carry a weft yarn as far as water does, electromagnetic air valves are attached to the looms and relay air to carry a weft yarn.

Jet looms are highly mechanized and work very fast. They work under precise timing and sensoring controls. We have manufactured the loom controllers for a long time and the experiences must guarantee the quality and performance. Each of our loom controller is given special protections against humidity and expected to work in harsh environments. Our controllers are sure to serve you for a long time.

Water Jet Loom Controller

SD-880EX

  • Up to four feeders attachable(Four feeders control is optional)
  • Variable density weaving
  • Built-in E.L.O / E.T.U unit
Power source
AC220/380V/440V 50/60Hz
Main motor
DENKEN-FUJI:2.2kW,2.6kW,3.7kW,5.0kW
DENKEN-TOSHIBA:2.2kW,2.8kW,3.0kW,3.7kW
Synchronous motor can be used as the main motor
※When you use other motors, please consult us.
Slow inching
(Optional)
SI-30C(3.7kW max),SI-50C(5.5kW max),external inverter
ELO/ETU tension controller for double beams (Optional)
Single:ELO/ETU unit
Double:ELO/ETU unit+ELO unit
Feeder
Up to four feeders attachable
Setting panel
LCD panel/Touch panel
Rotation detection
Rotary encoder (incremental)
Operating environment
Temperature 0-45℃
Humidity 20-90%RH (Without dew condensation)
Brake
2 coils (Support 13Ω and 5Ω)
Sensor
Photoelectric weft yarn sensor, leno sensor, yarn-end processing sensor

SC-500

  • Enhanced MF circuit controllability
  • Improved safety
  • Easy to connect a slow inching unit
Power source
AC220/380V/440V 50/60Hz
Main motor
DENKEN-FUJI:2.2kW,2.6kW,3.7kW,5.0kW
DENKEN-TOSHIBA:2.2kW,2.8kW,3.0kW,3.7kW
※When you use other motors, please consult us.
Slow inching(Optional)
SI-32(3.7kW max),SI-52(5.5kW max),external inverter
ELO/ETU tension controller for double beams (Optional)
Single ELO/ETU controller: DWC-A2P
Single ELO controller: DLS-08A
Feeder
Up to two feeders attachable
Feeder controller
DFC-80,DFC-80F,DF-100SP,DF-100SPF,DF-100W,SFC-30,LFC-10W,SDPGcontroller
Rotation detection
Proximity sensor
Operating environment
Temperature 0-45℃
Humidity 20-90%RH (Without dew condensation)
Brake
2 coils (Support 13Ω and 5Ω)
Sensor
Photoelectric weft yarn sensor, leno sensor, yarn-end processing sensor

Air Jet Loom Controller

A-888

  • Up to eight feeders attachable
  • Variable density weaving
  • Dobby, tuck-in, APR unit
  • Built-in E.L.O / E.T.U unit
Power source
AC220/380V/440V 50/60Hz
Valve
Main valve: 3×2colors Sub valve:18
Main valve: 3×4colors Sub valve:12
Main valve: 3×6colors Sub valve:6
Main valve: 3×8colors Sub valve:0
Main motor
DENKEN-FUJI:3.7kW
DENKEN-TOSHIBA:3.0kW,3.7kW
Synchronous motor can be used as the main motor
※When you use other motors, please consult us.
Slow inching(Optional)
SI-32(3.7kW max),SI-52(5.5kW max),external inverter
※When you use other inverters, please consult us.
ELO/ETU tension controller for double beams (Optional)
Single: ELO/ETU unit
Double: ELO/ETU unit +ELO unit
Dobby controller(Optional)
DD-204、DD-2088
Dobby
Staubli(Electronic dobby), staubli(Mechanical dobby), Mechanical dobby
Feeder
Up to eight feeders attachable
Feeder controller
Built-in
Setting panel
LCD panel/Touch panel
Rotation detection
Rotary encoder (incremental)
Operating environment
Temperature 0-45℃
Humidity 20-90%RH (Without dew condensation)
Brake
2 coils (Support 13Ω and 5Ω)
Sensor
Reflective weft sensor, leno sensor, yarn-end processing sensor, dropper sensor

A-480

  • Up to four feeders attachable
  • Dobby, tuck-in, APR unit
  • Built-in E.L.O / E.T.U unit
Power source
AC220/380V/440V 50/60Hz
Valve
Main valve: 3×4colors Sub valve:12
Main motor
DENKEN-FUJI:3.7kW
DENKEN-TOSHIBA:3.0kW,3.7kW
Synchronous motor can be used as the main motor
※When you use other motors, please consult us.
Slow inching(Optional)
SI-32(3.7kW max),SI-52(5.5kW max),external inverter
※When you use other inverters, please consult us.
ELO/ETU tension controller for double beams (Optional)
Single: ELO/ETU unit
Double: ELO/ETU unit +ELO unit
Dobby controller(Optional)
DD-204、DD-2088
Dobby
Staubli(Electronic dobby), staubli(Mechanical dobby), Mechanical dobby
Feeder
Up to four feeders attachable
Feeder controller
Built-in
Setting panel
LCD panel/Touch panel
Rotation detection
Rotary encoder (incremental)
Operating environment
Temperature 0-45℃
Humidity 20-90%RH (Without dew condensation)
Brake
2 coils (Support 13Ω and 5Ω)
Sensor
Reflective weft sensor, leno sensor,yarn-end processing sensor, dropper sensor