Summary of Contents for ITW Simco-Ion Chargemaster VCM30 Series
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Chargemaster VCM30 and VCM60 Electrostatic Generating Power Supplies INSTALLATION AND OPERATING INSTRUCTIONS CHARGE MASTER V C M 5 2 0 1 2 4 7 R e v. C...
TABLE OF CONTENTS 1. SAFETY AND WARNINGS ..............1 2. DESCRIPTION .................. 2 Features ..........................2 3. SPECIFICATIONS ................3 4. INSTALLATION.................. 4 Unpacking ...........................4 Determining Power Supply Placement ................4 Mounting the Power Supply ....................4 Grounding the Chargemaster VCM ..................6 Supplying Power to the Unit ....................6 Installation Options for Charging Bars and Applicators .............7 5.
1. SAFETY AND WARNINGS PLEASE READ INSTRUCTIONS COMPLETELY BEFORE STARTING INSTALLATION ALL INSTALLATION AND TROUBLESHOOTING OPERATIONS MUST BE PERFORMED BY QUALIFIED TECHNICAL PERSONNEL This instruction manual uses symbols to identify dangerous situations as follows: NOTE – Statements identified with a NOTE indicate precautions necessary to avoid potential equipment failure.
2. DESCRIPTION Each Chargemaster VCM Electrostatic Generating Power Supply incorporates high frequency switch-mode and power factor corrected technology within a compact enclosure. Each unit is electronically current limited and arc protected. The output voltage is adjustable from zero to full rated output at maximum rated current. Refer to specifications for specific models.
3. SPECIFICATIONS Output Voltage VCM30: 0-30 kV , VCM60: 0-60 kV Output Current VCM30: 0-5.0 mA, VCM60: 0-2.5 mA Output Power 150W max AC Input Voltage 85-264V AC Input Frequency 47-63 Hz Fuse (rear-panel) 3.15 AT Output Connections 4 output ports (Simco-Ion SLCC type) Remote Control Connection 25-pin D-Sub connector Cooling...
4. INSTALLATION Unpacking Carefully remove equipment from the carton and inspect the contents. NOTE – If any damage has occurred during shipment, notify the local carrier at once. A report should also be forwarded to Simco-Ion, 2257 North Penn Road, Hatfield PA 19440. See Section 9 (Warranty) for Return Shipment information.
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VCM30-N, (Negative), P/N 4012555 VCM30-P, (Positive), P/N 4012557 VCM60-N, (Negative), P/N 4012559 VCM60-P, (Positive), P/N 4012561 Standard Chargemaster VCM Reversing the mounting brackets on the bottom power supply allows two standard VCM units to be stacked together. Units are supplied with mounting brackets and hardware to affix the brackets to the power supply.
To mount the VCM Power Supply: 1. Locate the accessory kit provided with the Chargemaster VCM. 2. Attach two mounting brackets, (see Figure 2), to the VCM with M4 x 8 screws (provided in kit). Use mounting bracket as a template to mark the two mounting hole locations.
Installation Options for Charging Bars and Applicators VCM30 and VCM60 Power Supplies can be used to energize a variety of charging bars and applicators manufactured by Simco-Ion, including the following models: • Pinner-T Arc Resistant Bar • Pinner 5-Point Applicator •...
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bar are driven towards the grounded metal shaft by the electric field between the charging bar and grounded shaft. The plastic film intercepts the ions and becomes electrostatically charged in the process. The electrostatic charge in the plastic film causes adhesion of the film to the empty core. The charging bar may also be located facing a production fixture that moves beneath the charging bar (or...
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Option 3: Two Charging Bars The third application uses two Pinner bars of opposite polarity facing each other (Figure 7). The materials to be pinned together are guided between the charging bars. The ions created by each charging bar are attracted towards each other due to their opposite polarity.
5. OPERATION Figure 8. Front Panel CAUTION – Electrical Shock Hazard Do not touch Charging Bar during operation. CAUTION – Fire Hazard Do not operate equipment in close proximity to any flammable solvents or flammable materials. Turning On/Off 1. Turn power switch on front panel to OFF (“O”) position. 2.
Main Screen The “Main Screen” of the Chargemaster VCM displays: 1. Measured Voltage (kV) 2. Lightning bolt symbol “ ” to indicate output is “on” 3. Measured Current (mA) 4. Control Mode: VLT (voltage control) or CUR (current control) 5. Setpoint: Displays voltage/current setpoint or if the unit is in remote operation 6.
Navigating the Menus Enter one of the two available menus by pressing [MENU] to enter the “Control Menu”, or pressing [MENU + ENTER] to enter the “Advanced Settings”. Navigating through menu items is done by pressing [MENU]. To change the value of a selected item, press [UP] or [DOWN].
Summary of Buttons and Functions 1. [Menu]: Go to the “Control Menu” or select the next menu item 2. [Up]: Set the HV setpoint or increase a menu item value 3. [Down]: Set the HV setpoint or decrease a menu item value 4.
Remote Functions Several functions may be controlled remotely through the 25-pin D-Sub connector located on the rear of the unit (the mating D-Sub connector and back shell are supplied in the mounting kit with each unit): • Turning On/Off the High Voltage Output •...
2. To enable/disable the remote Voltage Control function: • Press [MENU] for the Control Menu • Press [DOWN] to toggle to “VOLTAGE CONTROL” • Press [ENTER] to accept the setting (asterisk will flash) • Press [MENU + UP] to exit the Control Menu •...
Monitoring the Output Voltage Remotely 1. The output voltage can be monitored externally by a digital meter or analog interface. The maximum output current supplied by the D-Sub connector for this option is 0.5 mA. 2. Connect external multimeter to D-Sub connector pins 4 and 17. If the Remote I/O setting is 0-5V or 0-10V, set multimeter to a DC voltage meter.
Monitoring the High Voltage On Indicator Remotely 1. The High Voltage “On” indicator (lightning bolt symbol “ ”) can be monitored externally by an LED or PLC input. An opto-isolated transistor provides the signal; maximum load must not exceed 50 VDC/10 mA. 2.
Monitoring the Limit Alarm Remotely 1. The Limit Alarm indicator can be monitored externally by an LED or PLC input. An opto-isolated transistor provides the signal; maximum load must not exceed 50 VDC/10 mA. 2. Connect an external monitoring circuit to D-Sub connector pins 9 & 22. Refer to electrical schematic (p.14).
8. TROUBLESHOOTING Problem Cause Remedy AC Main input voltage too Restore or correct AC Main input voltage low or not present No output Fuse at the rear of the unit is Replace fuse 5 x 20 mm 3.15A voltage, front defective Little fuse 218 3.15 or Bussman GDC 3.15A display off...
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