Description

We established in ***1, is the leader in manufacturing of high quality Magnetic Sensors,Magnetic Pick up,Proximity Switches,Counters,Thermocouples and all types of sensors for Packaging Industries for over *0 years. With it's strong experience & technological skills, it has succeeded in building strong relationship with more than **0 customers all over India. Our exhaustive range of products provide solutions to conventional non contact sensors to high-tech industrial sensors for a variety of industries like Steel, Glass, Power, Cement, Chemicals and many other OEM's. Our state-of-the-art manufacturing unit located in Nagpur is equipped with modern equipments & testing systems, which not only assembles sensors, but provides temperature solutions to the Industries. Constant up-gradation to the newer technology & measuring systems along with proven past records makes us leader in the field of sensing and measurement.

Magnetic Sensor is used for detecting weft beakage on Looms.We have AC as well as DC models to suit user applications.The Magnetic Loom Sensor is an highly sophisticated and reliable device to sense the weft breakage, empty bobbin, and uneven weft tension in Circular Loom. The sensor is heavy-duty type and suits for environmental conditions of Plastic Woven sacks Industry. The sensor works on the principle of magnetism, there by eliminating the problems like dust, ambient light, reflection of fabric which are prominent in light based sensors. The sensor is totally sealed and hence, virtually no maintenance is required in day-to day operations. The design of sensor is such that, installation is very simple and requires fitting of boom reflector assemblies (with magnets fitted in place of diamond) on boom pipe, mounting of sensor on the loom and fitting of relay card in panel. The magnets are arranged in such a way that North and South poles of the magnets comes under sensor alternately avoiding magnetization of sensor.The shuttle bobbin can be completely utilized hence it is not necessary to put it on creel stand for further use.


Advantages:
 

• As smaller bobbins removed from shuttle are not loaded on creel, the creel stand can be loaded with large size bobbin and frequent stoppage to change creel bobbin is avoided.
• One operator can handle multiple loom as he does not have to monitor the shuttle bobbin constantly.
• The wastage due to tape breakage in shuttle bobbin is totally avoided, as loom stops (with cramming if enabled), immediately if tape breaks.
• As the Sensor is based on magnetic principle, the effect of dust and calcium carbonate is nil. The Sensor does not requires any maintenance.
• The efficiency of loom increases and quality of fabric is also improved as loom stops even if the shuttle tape is slightly loose.
• The pay back of the system is fast due to more production, improved quality, less down time of the loom and reduced wastage.

We also have testing systems and provides temperature solutions to all the Industries. we can offer you various types of thermocouples in different insulations. All the thermocouples are checked with master Sensors calibrated from the NABL Accredited Lab.

Proximity Switches for weft end detection and Haul off in Cylinder shape (M8, M*2, M*8, M*0), and rectangular shape * Shielded or unshielded type; * DC *-wire , DC *-wire, AC *-wire.

1. Colour Sensor With Controller/Power Pack: It is used for Pre Exhaust Weft Wastage Control on Loom . Photo Electric Proximity Switches used for Production Counting at Printing Machine. Slot Sensors for Web Guiding at Lamination Plant.

The bobbin sensor is a highly sophisticated and state of the art sensor to detect when shuttle bobbin nears empty condition. The sensor is based on Infra Red to detect the presence of tape on bobbin, and a powerful, fast microprocessor which calculates various timing and detects the near empty bobbin and sends the trip signal to relay PCB. The relay PCB stops the loom by opening the NO contact . As the sensing mechanism is based on infra red principal, color of shuttle bobbin tape and base color of empty bobbin may affect the performance of sensor, however sensor will work faithfully on Light color tape and all mild steel bobbins.

 

1. Digital Counters /Digital Timers ( Microprocessor Based ):

   They are used for Production Counting  on Tape -Plant ,Looms ,Lamination,        

   Printing & Cutting Machines.

        Our counters are incorporated with special features and are user friendly.

1.   Event  Counter or Count Totaliser (Units)

         2.   Production Rate Counter(meters/min)

         3.   RPM Indicator(rpm)/Controller(Overspeed,Underspeed and Band RPM)

         4.   Preset Counter(Count in Nos)

         5.   Length Counter(metres)

         6.   Shift Production Counter(meters)

         7.   Line Speed Counter / Monitor(meters/min

Inductive Proximity Switch is used on Looms for Picks counting and sensing pulse from take up roll to count length of  fabric. Various Proximity Switches to suit requirements of Tape Line ,Looms, Lamination and Utilities.

Capacitive Proximity Switches is used for  sensing material level in Hopper.

  Sizes(mm)-M6, M8,M*2,M*0,M*6   DC  / AC

4.SolidStateRelays,Thermocouples and Thermostats:

 Solid State Relaysfor Switching applications with Temperature Controllers.

 Thermocouples for Temperature sensing applications.

 Thermostats for Thermal protection against Overheating and Over-current of  Motors.

1. Magnetic Proximity Sensorswith inbuilt power supply. Magnetic Boom Reflectors in *0 X *3 mm and *0 X *0 mm size for Weft  Break Detection on Circular Looms suitable for Lohia /GCL /Cirwind /A-one etc. Power pack for Supplying *2 VDC supply to sensor.

• As smaller bobbins removed from shuttle are not loaded on creel, the creel stand can be loaded with large size bobbin and frequent stoppage to change creel bobbin is avoided.
• One operator can handle multiple loom as he does not have to monitor the shuttle bobbin constantly.
• The wastage due to tape breakage in shuttle bobbin is totally avoided, as loom stops (with cramming if enabled), immediately if tape breaks.
• As the Sensor is based on magnetic principle, the effect of dust and calcium carbonate is nil. The Sensor does not requires any maintenance.
• The efficiency of loom increases and quality of fabric is also improved as loom stops even if the shuttle tape is slightly loose.
• The pay back of the system is fast due to more production, improved quality, less down time of the loom and reduced wastage.

We also have testing systems and provides temperature solutions to all the Industries. we can offer you various types of thermocouples in different insulations. All the thermocouples are checked with master Sensors calibrated from the NABL Accredited Lab.

Proximity Switches for weft end detection and Haul off in Cylinder shape (M8, M*2, M*8, M*0), and rectangular shape * Shielded or unshielded type; * DC *-wire , DC *-wire, AC *-wire.

1. Colour Sensor With Controller/Power Pack: It is used for Pre Exhaust Weft Wastage Control on Loom . Photo Electric Proximity Switches used for Production Counting at Printing Machine. Slot Sensors for Web Guiding at Lamination Plant.

The bobbin sensor is a highly sophisticated and state of the art sensor to detect when shuttle bobbin nears empty condition. The sensor is based on Infra Red to detect the presence of tape on bobbin, and a powerful, fast microprocessor which calculates various timing and detects the near empty bobbin and sends the trip signal to relay PCB. The relay PCB stops the loom by opening the NO contact . As the sensing mechanism is based on infra red principal, color of shuttle bobbin tape and base color of empty bobbin may affect the performance of sensor, however sensor will work faithfully on Light color tape and all mild steel bobbins.

 

1. Digital Counters /Digital Timers ( Microprocessor Based ):

   They are used for Production Counting  on Tape -Plant ,Looms ,Lamination,        

   Printing & Cutting Machines.

        Our counters are incorporated with special features and are user friendly.

1.   Event  Counter or Count Totaliser (Units)