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Ruida RDC6442G controller is compatible with Ruida RDC6442G color display, which is also in our catalog. The device has an internal memory of 128 MB. There are 15 LEDs on the case for diagnosing the operation of the equipment. There are 3 connectors on one side of the device: two for connecting to a computer and one for a USB drive. On the other side there are connectors for connecting the display, power supply, high voltage unit of the Z series. You can connect two high voltage units at once.

This power unit is equipped with two high-voltage transformers with 180°phase-shifted output voltages. As a result, the anti-static bars connected to the power unit produce positive and negative ions simultaneously. This ensures optimal neutralization of static charges even at very high velocities. This power unit is fitted with two high-voltage indicators and an on/off switch with an indicator lamp. Feeatures - Suitable for very high production velocities - Fitted with two high-voltage indicators - Fitted with an on/off switch with an indicator lamp

Test Method Hold the TensION at a distance from the ionising points / emitters. If a high voltage is present, a red indicator in the plastic tip will illuminate. To get an indication of proper functioning of the Simco-Ion equipment all the emitters should be checked. Minimum distance from the TensION to the ionising emitters or charging points must be obtained. Refer to the table below: Test Method Hold the TensION at a distance from the ionising points / emitters. If a high voltage is present, a red indicator in the plastic tip will illuminate. To get an indication of proper functioning of the Simco-Ion equipment all the emitters should be checked. Minimum distance from the TensION to the ionising emitters or charging points must be obtained. Refer to the table below: Features - Convenient high-voltage indicator in pen size - There is no need to make contact with the device being controlled - The tip of the TensION illuminates when a voltage is detected

The standard model has a modern styling featuring easy-access control and connections. It is equipped with an on/off switch with an indicator lamp as well as a high-voltage indicator lamp. This lamp will extinguish if the system is malfunctioning. 4 ionisers can be connected as a maximum. Features - Provides high-voltage to 4 ionisers as a maximum - Equipped with an on/off switch with an indicator lamp - Equipped with a high-voltage indicator lamp - UL approved

The MultiPowerMaster or MPM is part of the high voltage power unit range. It features a broad range of input voltages, from 100240-V AC/5,060 Hz as well as electronically stabilized output voltage. The output voltage is factory preset to 7, 5, 4, and 3.3 kV. Red and green LEDs are incorporated in the top face of the unit. There is an option for the MPM to be fitted with an I/O connector for interfacing with a PLC, the F.E. Optional I/O signals are available for overload, high voltage present, and remote on and off. A 24-V power source is featured with the I/O connector, which enables use with the Typhoon air pressure sensor.

The ThunderION Control Module provides the power and the control for up to four ThunderION anti-static bars. With this Control Module, you can control all connected ThunderION anti-static bars and check they are working correctly from a central location. The Control Module operates on the mains voltage, which can be turned on and off with a switch. A cable with a pre-assembled connector at each end links the ThunderION anti-static bar with the Control Module. This offers quick and easy assembly. All cables carry just 24 V. The Control Module enables you to check the functioning of each connected anti static bar. A green LED indicates that the bar is switched on. A red LED indicates that a fault has been detected. Via the I/O port, you also have the option of switching each bar on/off remotely and separately, as well as checking its correct functioning. Features - Provides power for up to 4 ThunderION anti-static bars - Controls the operation for up to 4 ThunderION anti-static bars by

The airknife is constructed of extruded aluminium with incorporated mounting grooves. This design provides a precise air volume over the entire width of the airknife. In the airknife tube a high air pressure appears and is flowing out of the airknife narrow outflow opening. The anti-static bar produces positive and negative ions which are blown onto the surface by the airknife. The electrons will now be exchanged, which causes the surface to be neutralised and the impurities to be removed. For use in hazardous zones, the Typhoon with the P-Sh-N-Ex anti-static bar is approved. Features Incorporates Simco-Ion anti-static bars which quickly neutralize static, facilitating easy removal of particulate Clean, uniform, high-velocity ionised air provides ‘‘one-step’’ cleaning Direct-drive motors require little or no maintenance Anodised finish for corrosion protection Connection for pressure sensor New design extruded aluminium profile Cost efficient versus compressed air

The airknife is constructed of extruded aluminium with incorporated mounting grooves. This design provides a precise air volume over the entire width of the airknife. In the airkife tube a high air pressure appears and is flowing out of the airknife narrow outflow opening. The anti-static bar produces positive and negative ions which are blown onto the surface by the airknife. The electrons will now be exchanged, which causes the surface to be neutralised and the impurities to be removed. For use in hazardous zones, the Typhoon with the P-Sh-N-Ex anti-static bar is approved. Airpressure sensor Each Typhoon system is supplied with an airpressure sensor wich can measure the air pressure inside the airknife. If the pressure drops under the required level, the system does not work optimal. A system check is then neccessary, often it appears that the air filter needs to be cleaned. Power unit A2A7M Typhoon systems with EP-Sh-N anti-static bars incorporate a power unit type A2A7M.

The tube diameter is adjusted to the existing tube system. And so is the number of integrated anti-static bars, based on the diameter. Simco-Ion anti-static bars can also be integrated in a tube provided by the client. The anti-static bars are arranged in two series. They are connected to a two-phase power unit to ensure optimal ionisation at high velocities. Features - Custom size pipe - Optimal ionisation at high velocities - Can be integrated in a tube provided by the client

This nozzle has been designed especially for neutralising and cleaning (small) bottles on the inside, etc. Ionisation takes place at the end of the tube from which the air is blown. The high-voltage point is not shockless. The tubes are available in two diameters and in a required length. Features - Working distance: 150 mm max. - Air consumption with 1/4” tube: 4 Nm3/h using 1 bar - Air consumption with 3/8” tube: 8,5 Nm3/h using 1 bar - Max. pressure: 6 bar - Shockless touchable emitter - Especially designed for neutralising and cleaning (small) bottles on the inside

The Flat ionizing air nozzle is used to clean and neutralize electrostatically charged surfaces. The use of compressed air allows awkward places to be neutralized and cleaned as well. Connected to a Simco power unit, the ionizing air nozzles produce an air flow which is rich in positive and negative ions. When this air flow is pointed to an electrostatically charged area, electrons are exchanged until the area is neutralized. This makes that the material is neutralized during the blow-off process and prevents the blown-off particles from being re-attracted. The current of the Flat Nozzle is limited, so that the emitter point is safe to touch. The Flat Nozzle is especially suitable for neutralising at the feeding and delivery sections of machines in the printing industry. Features - Working distance: 50-300 mm - Air consumption: 5 Nm3/h using 1 bar - Max. pressure: 6 bar - Shockless touchable emitters

Each individual emitter pin of the MaxION anti-static bar is coupled capacitively to the high voltage. You will therefore not get an electrical shock when the emitter pin is accidentally touched. The rugged MaxION static neutralising bar has a reinforced profile that minimises damage due to accidental bending. The ground reference is embedded in the reinforced profile. The slide slot on the backside of the MaxION enables the user to position the mounting bolts as required, allowing greater mounting flexibility. After cleaning the precision emitter pins with a brush you can sweep the contaminants out of each light-angled end of the bar easily. Features - Medium working distance: 400 mm max. - Minimal risk of deflection and deformation of the anti-static bar due to glassfiber reinforced plastic profile - Shockless touchable emitters - Compact

MEJ anti-static bars are often used on production machines were short range ionisation is possible and where no moving machine parts are interfering the ionisation.The properties of this Simco-Ion anti-static bar are the same as those of type MEB, except that the MEJ type is round. Therefore mounting this anti-static bar via holes in the machine frame is possible. - Short working distance: 30 mm - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. - Round bar, can be easily mounted via holes in the machine frame

MEB anti-static bars are often used on production machines were short range ionisation is possible and where no moving machine parts are interfering the ionisation. Each individual emitter point of this rectangular anti-static bar is coupled capacitively to the high voltage. You will there fore not get an electrical shock when the point is accidentally touched. Another advantage is that the bar continues to function properly when a number of points are short-circuited, for instance due to heavy fouling. Features - Short working distance: 30 mm - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. - Compact - Complementary equipment: A2A7S/MPM

This anti-static bar has the same properties as the P-Sh-N. but is equipped with an integrated power unit, you do not need a high-voltage cable. This anti-static bar has been approved for use in certain hazardous environments. The 5m long primary cable shall be connected to the mains voltage. A neon lamp can indicate that high voltage is present. Under certain conditions the P-Sh-N-Ex bar is capable of neutralizing the materials from a maximum distance of 200 mm. Features - Short working distance: 200 mm max. - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. - Ideal for neutralisation of static electricity on materials when the distance varies. - Approved for use in certain explosion hazardous environments

This type of anti-static bar, a more powerful version of the EP-Sh-N is highly effective and, with its long range, ideal for neutralization of static electricity on materials when the distance varies. Under certain conditions the maximum distance may even be as large as 600 mm. The construction of the bar is so rigid that bending of long bars is only minimal. Features - Long working distance: 600 mm max. - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. - Ideal for neutralisation of static electricity on materials when the distance varies.

Each individual emitter pin of this anti-static bar is coupled capacitively to the high voltage. You will therefore not get an electrical shock when the emitter pin is accidentally touched. Another advantage is that the bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. Features - Medium working distance: 150 mm max. - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling.

The high voltage at both emitter points is current limited. Being installed outside the air flow, the high-voltage points are hardly subject to fouling, if at all. The nozzle blowoff force is high at a relatively low air consumption. Features - Working distance: 250 mm max. - Air consumption: 3,5 Nm3/h using 1 bar - Max. pressure: 7 bar - Shockless touchable emitters - Being installed outside the air flow, the emitter pins are hardly subject to fouling, if at all - Can be fitted on a standard air header - Click system for easy assembly