The air-assisted static eliminator arrangement removes static electricity from the surface of moulded components passing on an overhead conveyer before paint shop. This static charge, if not removed, would attract dust that would stick to the surface, resulting in badly finished paint quality.
The air coming out of the static eliminator arrangement is from several openings, passing through a no. of baffles made inside the columns to guide the air uniformly. Two of these openings have static eliminators to provide two streams of ionized air on the objects, running across the entire length of the device.
This arrangement can be made to suit your conveyor so that the components passing through are entirely exposed to the air coming out of the static eliminating system. Please note that the air coming out will be stream having velocity in the range of 5 8 mts / sec (as measured at the outlet points).
Shown alongside is a general scheme of this arrangement. The dimensions can be made to suit your requirement.
Dynaspede’s compact Cheese Winder with electronic control system is the most appropriate solution for winding carbon fibre, monofilament yarn and specialty metalised yarns with out the need for complicated mechanisms. Its robust construction and space saving stack design makes it convenient for operation and maintenance.
Key features:
Geared motor with magnetic particle clutch for precise control.
Winder shaft with core holding arrangement
Built-in electronic Taper tension controller with necessary operators controls
Corona treating systems modify the surface characteristics of substrates for best results in printing, coating or laminating processes. Corona treatment results in a controlled increase in surface energy of treated substrates with significant improvement in their wet ability and adhesion.
Dynaspede and Enercon Industries Corporation, USA, have joined hands to offer world-class corona treating systems in India at affordable prices. In technical collaboration with Enercon, Dynaspede manufactures corona treating systems at its modern facility in Hosur, India.
A unique & cost effective tensioning system that lets off all your tension …..
An innovative, technological breakthrough
Offers direct and precise 4-Q torque control as needed under transient and steady state operating conditions
Most cost -effective than a servo-drive system
The twin requirements of delicate handling and tight control of filament tension are the basic process demands of any modern-day optic cable line. The unforgiving and fragile nature of optic fibres makes severe demands on a control system. Any acceptable control system has to provide a stable, highly responsive and transient-free control of filament tension, especially at the inlet section.
Optic fibres need relatively low and narrow band of allowable tension values and cannot withstand momentary tension spikes resulting from inertial loading of conventional tensioning devices. Top-of-the line servomotor-based control systems (operating in torque or speed modes) have so far been the only answer to meet these process demands. However, the cost involved in installing such systems individually on each of the multi-unwind stands have prompted engineers worldwide to look for viable alternatives to servomotor controls.
The development of special high performance “Magnetic Particle Transmissions” holds the promise of performance at a fraction of the cost of comparable servo systems. In this approach, an electronically controlled “Magnetic Particle Transmission” provides bi-directional control of individual unwind stands. A special, self-compensating low inertia S-roll assembly in the path of each filament monitors and regulates the tension. Such a combination accurately tracks the filament tension from start to finish. Any tension disturbances arising out of external reasons are largely compensated due to the accumulating nature of the S-roll assembly.
The rotational self-locking mechanism utilizes a single moving cam with low wearing properties. Rotational movement of the shaft in either direction activates the locking mechanism with zero chances of shaft dropout.
Unlocking the safety chuck is simple and safe. The safety chuck permits unlocking if and only if the core shaft is oriented in 12'O clock position. In this position, the shaft can be unlocked by merely pushing the lock with the finger.
Specification Model: UX -25 Static load (max): 600 kg Load max @ 500 rpm: 370 kg Torque max: 60 kg mt Max speed: 2000 rpm Shaft square end: 25 mm
The conductive static brush gives the static charge a path to the ground. When a charge is generated on a surface such as plastic film, a well grounded static brush mounted very close or touching the film minimises the charge by sending it to the ground.
The “shockless” static neutralizing bar, in conjunction with the power supply, is designed to help you control the static electricity that results from contact and separation between two surfaces in the manufacturing environment.
This innovative narrow-web cleaning system is designed to provide either contact or non-contact continuous cleaning of narrow web in a variety of critical applications. It combines powerful vacuum, static neutralisation and compressed air blow-off to provide effective cleaning.
Multispan Instruments Company Manufacturing, supplying and exporting of textile machines, length counter, industrial digital length counter, digital length counter and electronic digital length counters.
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