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Electrostatic Technology, Inc.
1
INTRODUCTION................................................................................................................................................. 1
2
SHIPPING ............................................................................................................................................................. 1
3
GENERAL SAFETY ............................................................................................................................................ 2
3.1
INTRODUCTION.............................................................................................................................................. 2
3.2
SAFETY SYMBOLS......................................................................................................................................... 3
3.3
QUALIFIED PERSONAL................................................................................................................................. 3
3.4
INTENDED USE ............................................................................................................................................... 4
3.5
INSTALLATION............................................................................................................................................... 4
3.6
OPERATION ..................................................................................................................................................... 5
3.7
LESS OBVIOUS DANGERS............................................................................................................................ 7
3.8
ACTION IN THE EVENT OF A SYSTEM OR COMPONENT MALFUNCTION........................................ 7
3.9
MAINTENANCE & REPAIR ........................................................................................................................... 7
3.10
DISPOSAL.................................................................................................................................................... 9
4
SPECIFIC EQUIPMENT SAFETY.................................................................................................................. 10
4.1
GENERAL ....................................................................................................................................................... 10
4.2
RESIN .............................................................................................................................................................. 10
4.2.1
Employee Health..................................................................................................................................... 10
4.2.1.1
Inhalation .............................................................................................................................................................10
4.2.1.2
Skin Contact.........................................................................................................................................................10
4.2.1.3
Skin Absorption ..................................................................................................................................................10
4.2.1.4
Eye Contact..........................................................................................................................................................11
4.2.1.5
Ingestion...............................................................................................................................................................11
4.2.2
First Aid Procedures............................................................................................................................... 11
4.2.2.1
Inhalation .............................................................................................................................................................11
4.2.2.2
Skin Contact.........................................................................................................................................................11
4.2.2.3
Eye Contact..........................................................................................................................................................11
4.2.2.4
Ingestion...............................................................................................................................................................11
4.2.3
Special Protection................................................................................................................................... 11
4.2.4
Precautions............................................................................................................................................. 11
4.2.5
Material Safety Data Sheets (MSDS)...................................................................................................... 12
5
AIR AND ELECTRICAL REQUIREMENTS ................................................................................................ 13
5.1
TRICKLE IMPREGNATION MACHINE ...................................................................................................... 13
5.1.1
Air ........................................................................................................................................................... 13
5.1.2
Electrical ................................................................................................................................................ 13
5.2
INDUCTION HEATER................................................................................................................................... 13
5.2.1
Electrical ................................................................................................................................................ 13
5.2.2
Water ...................................................................................................................................................... 13
5.2.2.1
Closed Loop Induction Heater Cooling System ...................................................................................................13
5.2.2.2
Tower Water Requirements for Induction Heater Cooling ..................................................................................13
5.3
FIRE EXTINGUISHER SYSTEM .................................................................................................................. 13
5.3.1
Electrical ................................................................................................................................................ 13
6
MECHANICAL FUNCTION: SEQUENCE AND DESCRIPTION.............................................................. 14
6.1
LOAD AREA................................................................................................................................................... 14
6.2
INDUCTION HEATER STATION................................................................................................................. 14
6.3
RESIN TRICKLE STATION .......................................................................................................................... 14
6.3.1
Resin Level Sensor.................................................................................................................................. 14
6.4
CURE MODULE ............................................................................................................................................. 15
6.5
FINAL COOL MODULE ................................................................................................................................ 15
6.6
AIR FILTERS .................................................................................................................................................. 15
6.7
FIRE EXTINGUISHER SYSTEM .................................................................................................................. 15
6.8
DISTILLED WATER SYSTEM ..................................................................................................................... 16
6.9
INDUCTION HEATER COOLING WATER................................................................................................. 16
Serial #18028
TABLE OF CONTENTS
Trickle Impregnation System
i
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Summary of Contents for Electrostatic Technology Trickle Impregnation System
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Page 1: Table Of Contents
Electrostatic Technology, Inc. Trickle Impregnation System TABLE OF CONTENTS INTRODUCTION..............................1 SHIPPING ................................1 GENERAL SAFETY ............................2 INTRODUCTION.............................. 2 SAFETY SYMBOLS............................3 QUALIFIED PERSONAL..........................3 INTENDED USE ............................... 4 INSTALLATION............................... 4 OPERATION ..............................5 LESS OBVIOUS DANGERS..........................7 ACTION IN THE EVENT OF A SYSTEM OR COMPONENT MALFUNCTION........7 MAINTENANCE &... - Page 2 Trickle Impregnation System Electrostatic Technology, Inc. 6.10 MAIN CONTROL CABINET ........................16 DESCRIPTION OF CONTROLS ........................17 MAIN CONTROL CABINET ......................... 17 7.1.1 Main Electrical Control.......................... 17 OPERATOR CONTROL PANEL ........................17 7.2.1 Operator Control Panel Illustration....................... 17 7.2.2 Operator Control Panel Controls......................18 STATION BEACON ............................
- Page 3 Electrostatic Technology, Inc. Trickle Impregnation System 14.1.2 Lifting Rails ............................49 TROUBLE SHOOTING ............................ 50 15.1 CONVEYOR CLUTCH ..........................50 15.2 BAD PART ..............................50 PATENTS ................................52 SPARE PARTS LIST ............................53 FLOOR PLAN ..............................62 PNEUMATIC SCHEMATIC ..........................62 ELECTRICAL SCHEMATIC...........................
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Page 5: Introduction
Trickle Impregnation System 1 INTRODUCTION This Instruction Manual must be studied and followed for the safe and efficient operation of the "Trickle Impregnation System". Study this manual before locating and installing the equipment. ELECTROSTATIC TECHNOLOGY, INC. A SUBSIDIARY OF NORDSON CORPORATION... -
Page 6: General Safety
Electrostatic Technology, Inc Trickle Impregnation System 3 GENERAL SAFETY INTRODUCTION This section contains general study instructions for using your Electrostatic Technology, Inc. (ETI) equipment. Task-and-equipment-specific warnings are included in other sections of this manual where appropriate. Note all warnings and follow all instructions carefully. -
Page 7: Safety Symbols
Electrostatic Technology, Inc. Trickle Impregnation System SAFETY SYMBOLS Become familiar with the safety symbols presented in this section. These symbols will alert you to safety hazards and conditions that may result in personal injury, death, or property and equipment damage. -
Page 8: Intended Use
Electrostatic Technology, Inc Trickle Impregnation System INTENDED USE WARNING: Use of this equipment in ways other than described in this manual may result in personal injury, death, or property and equipment damage. Use this equipment only as described in this manual. -
Page 9: Operation
• Install safety interlocks, which shut down the Trickle Impregnation System if the exhaust fan fails, a fire is detected, or other emergency situation develops. - Page 10 Electrostatic Technology, Inc Trickle Impregnation System OPERATION (continued) • Know where EMERGENCY STOP buttons, shutoff valves, and fire extinguishers are located. Make sure they work. If a component malfunctions, shut down and lock out the equipment immediately. • Before operating, make sure all conductive equipment in the trickle impregnation area is connected to a true earth ground.
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Page 11: Less Obvious Dangers
Electrostatic Technology, Inc. Trickle Impregnation System OPERATION (continued) • Do not use high-pressure compressed air to blow resin off your skin or clothes. High-pressure compressed air can be injected under the skin and cause serious illness or death. Treat all high-pressure fittings and hoses as if they could lead and cause injury. - Page 12 Electrostatic Technology, Inc Trickle Impregnation System MAINTENANCE & REPAIR (continued) • Do not service or adjust any equipment unless another person trained in first aid and CPR is present. • Use only genuine ETI replacement parts. Using unapproved parts or making unapproved modifications to equipment may void agency approvals and create safety hazards.
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Page 13: Disposal
Electrostatic Technology, Inc. Trickle Impregnation System 3.10 DISPOSAL Dispose of equipment and materials used in operation and cleaning according to your local regulations. Serial #18028... -
Page 14: Specific Equipment Safety
Electrostatic Technology, Inc Trickle Impregnation System 4 SPECIFIC EQUIPMENT SAFETY GENERAL SOME VOLTAGES EMPLOYED PARTS THIS TRICKLE IMPREGNATION SYSTEM ARE HIGH. REMEMBER THAT ANY SOURCE OF VOLTAGE CAN BE HAZARDOUS. ONLY RELIABLE, DEPENDABLE, TRAINED EMPLOEES SHOULD BE GIVEN THE RESPONSIBILITY OF OPERATION AND MAINTENANCE OF THIS SYSTEM. -
Page 15: Eye Contact
Electrostatic Technology, Inc. Trickle Impregnation System 4.2.1.4 Eye Contact May cause slight eye irritation. 4.2.1.5 Ingestion May cause gastrointestinal irritation. 4.2.2 First Aid Procedures 4.2.2.1 Inhalation Remove individual to fresh air. If breathing is difficult, give oxygen. If not breathing, give artificial respiration. Consult a physician. -
Page 16: Material Safety Data Sheets (Msds)
Electrostatic Technology, Inc Trickle Impregnation System 4.2.5 Material Safety Data Sheets (MSDS) For every powder, which is used in the coating equipment, a Material Safety Data Sheet should be obtained from the powder manufacturer. Personnel should be aware of potential hazards, as well as proper methods of handling powdered materials. -
Page 17: Air And Electrical Requirements
Electrostatic Technology, Inc. Trickle Impregnation System 5 AIR AND ELECTRICAL REQUIREMENTS TRICKLE IMPREGNATION MACHINE 5.1.1 A clean, oil free, dry supply of compressed air must be provided using 1 inch I.D. line capable of supplying 50 scfm @ 80 psi minimum to 100 psi maximum. -
Page 18: Mechanical Function: Sequence And Description
Parts are automatically placed on a load ramp where they are cycled through a separator and loaded onto the E.T.I. Roto-Flo Conveyor via an escapement device. The conveyor moves parts through each station of the Trickle Impregnation System. NOTE: The drive system is located at this station. -
Page 19: Cure Module
Electrostatic Technology, Inc. Trickle Impregnation System CURE MODULE The Cure Module, located just after the Trickle Station, allows time for the resin on each part to cure. The insulated hood should always be in place while the machine is running, to retain the heat. -
Page 20: Distilled Water System
6.10 MAIN CONTROL CABINET The Main Control Cabinet for the Trickle Impregnation System houses the machine electrical circuitry. Refer to the Electrical Schematics in the Appendix. Mounted above the Main Control Cabinet is the Operator Main Control Panel. All the operator controls for equipment operation are located on this Operator Main Control Panel. -
Page 21: Description Of Controls
Electrostatic Technology, Inc. Trickle Impregnation System 7 DESCRIPTION OF CONTROLS MAIN CONTROL CABINET The Main Control Cabinet holds all of the electric connections and switchgear for the System. Mounted on this Cabinet is the Pendant Arm holding the Operator Control Panel. -
Page 22: Operator Control Panel Controls
Electrostatic Technology, Inc Trickle Impregnation System 7.2.2 Operator Control Panel Controls Used for operating the Machine. See Section 8 in TOUCH SCREEN this Manual for a description of controls located on Display the PanelView Screen. The “MAIN MENU SCREEN” lists the available screens for operating the Machine. -
Page 23: Station Beacon
Electrostatic Technology, Inc. Trickle Impregnation System STATION BEACON Indicates an ALARM condition exists. Light AMBER Indicates the machine is in the MANUAL MODE. Light GREEN Indicates the Machine is operating in the Light AUTOMATIC MODE. BLUE Indicates the machine is low on material. -
Page 24: Pneumatic Controls
Electrostatic Technology, Inc Trickle Impregnation System PNEUMATIC CONTROLS LOAD AIR CYLINDER 1 – 5 Indicates the amount of air pressure available to the PRESSURE Load Escapement Pistons to the Roto-Flo Screw Air Flowmeter Gauge Conveyor. (located on Front Panel at Induction Station) LOAD AIR CYLINDER 1 –... -
Page 25: Fire Extinguisher System Controls
Trickle Impregnation System PNEUMATIC CONTROLS (continued) MAIN AIR Adjusts and indicates the amount of air being PRESSURE ADJUST supplied to the Trickle Impregnation System. Air Pressure Regulator (located at Cure Station) Indicates the amount of air pressure available to the ROTARY MIXER... -
Page 26: Panelview Screens
Electrostatic Technology, Inc Trickle Impregnation System 8 PANELVIEW SCREENS The Allen-Bradley PanelView screens are designed with a touch-sensitive surface overlaying the monitor. Selections are made by touching the display directly. When a selection is made, the selection/indicator box changes to display a new message. For example, when SELECT AUTO MODE is chosen, the box changes to AUTO MODE ACTIVE. -
Page 27: Main Menu Screen
Electrostatic Technology, Inc. Trickle Impregnation System MAIN MENU SCREEN The MAIN MENU SCREEN displays the lists of available screens for operating the Machine. The operator can access the desired screen by selecting (touching) the UP, DOWN and ENTER buttons or using the PREVIOUS SCREEN and NEXT SCREEN buttons. -
Page 28: Machine Start-Up Screen
Electrostatic Technology, Inc Trickle Impregnation System MACHINE START-UP SCREEN The MACHINE - SYSTEM START-UP SCREEN includes the following screen buttons along with selections to access different screens and silence the audible alarm: SELECT AUTO MODE Set the machine for Automatic operation. - Page 29 Electrostatic Technology, Inc. Trickle Impregnation System MACHINE – MANUAL CONTROL & SETUP SCREEN (continued) Figure 2 MACHINE START-UP SCREEN Serial #18028...
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Page 30: Machine Auto Start/Stop & Status Screen
Electrostatic Technology, Inc Trickle Impregnation System MACHINE AUTO START/STOP & STATUS SCREEN The MACHINE - AUTO START/STOP & STATUS SCREEN includes the following screen buttons along with machine status information and access to different screens and silence alarm button: Set the machine for Automatic operation. - Page 31 Electrostatic Technology, Inc. Trickle Impregnation System MACHINE - AUTO START/STOP & MACHINE STATUS SCREEN (cont.) Figure 3 MACHINE – AUTO START/STOP & MACHINE STATUS SCREEN Serial #18028...
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Page 32: Machine - Manual Control & Setup Screen
Electrostatic Technology, Inc Trickle Impregnation System MACHINE – MANUAL CONTROL & SETUP SCREEN The MACHINE - MANUAL CONTROL & SETUP SCREEN includes the following screen buttons along with selections to access different screens and silence the audible alarm: CONVEYOR START Starts the Conveyor in manual mode. - Page 33 Electrostatic Technology, Inc. Trickle Impregnation System MACHINE – MANUAL CONTROL & SETUP SCREEN (continued) Figure 4 MANUAL FUNCTION SCREEN Serial #18028...
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Page 34: Machine - Trickle Pump Calibration Screen
Electrostatic Technology, Inc Trickle Impregnation System MACHINE – TRICKLE PUMP CALIBRATION SCREEN The MACHINE - TRICKLE PUMP CALIBRATION SCREEN includes the following screen buttons along with selections to access different screens and silence the audible alarm: SELECT RUN MODE Places the Trickle Pump Controls Run Mode Screen Pushbutton (Normal Operation). - Page 35 Electrostatic Technology, Inc. Trickle Impregnation System MACHINE – TRICKLE PUMP CALIBRATION SCREEN (continued) Figure 5 MACHINE – TRICKLE PUMP CALIBRATION SCREEN Serial #18028...
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Page 36: Alarm Active Screen
Electrostatic Technology, Inc Trickle Impregnation System ALARM ACTIVE SCREEN The ALARM ACTIVE SCREEN figure 6, screen provides a list of active machine faults and selections to access different screens and silence the audible alarm. Figure 6 ALARM ACTIVE SCREEN Serial #18028... -
Page 37: Alarm History Screen
Electrostatic Technology, Inc. Trickle Impregnation System ALARM HISTORY SCREEN The ALARM HISTORY SCREEN figure 7, provides a history of machine faults and selections to access different screens and silence the audible alarm. Figure 7 ALARM HISTORY SCREEN Serial #18028... -
Page 38: Machine I.d. Screen
Electrostatic Technology, Inc Trickle Impregnation System MACHINE I.D. SCREEN The MACHINE I.D. SCREEN provides manufacturer information along with selections to access different screens and silence the audible alarm. Figure 8 MACHINE I.D. SCREEN Serial #18028... -
Page 39: Alarm Banner Screen
Electrostatic Technology, Inc. Trickle Impregnation System ALARM BANNER SCREEN The Alarm Banner Screen displays machine fault messages. These messages are also recorded on the Alarm History Screen along with the date and time. MSG. # DESCRIPTION alarm_01 Emergency Stop Is Active @ Operator Control Panel... - Page 40 Electrostatic Technology, Inc Trickle Impregnation System ALARM BANNER SCREEN (continued) MSG. # DESCRIPTION alarm_41 Fault - Parts Crashed In Induction Heater Coil alarm_42 Fault - Induction Heater Fault Detected alarm_43 Spare alarm_44 Fault - Servo Drive Fault Detected (Recycle Control Power)
- Page 41 Electrostatic Technology, Inc. Trickle Impregnation System ALARM BANNER SCREEN (continued) Figure 9 ALARM BANNER SCREEN Serial #18028...
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Page 42: Preparation For Operation
Trickle Impregnation System 9 PREPARATION FOR OPERATION These instructions for installing, operating, and maintaining the Trickle Impregnation System must be followed for safe and efficient operation. In particular, precautions should be most carefully observed whenever the unit is operated. Study this manual before installing or operating the equipment. -
Page 43: Induction Heater
Electrostatic Technology, Inc. Trickle Impregnation System INITIAL SYSTEM INSTALLATION (continued) 9. Fill-up the Induction Heater Cooling Water Tank, located under the Cure Module with 10 gallons of de-ionized water. The Fill Tube is located on the rear of the Machine behind the Cure Module. Check for leaks. -
Page 44: Start-Up And Operation Procedure
Electrostatic Technology, Inc Trickle Impregnation System 10 START-UP AND OPERATION PROCEDURE 10.1 OVERVIEW There are two modes for operating the Coating Machine; Automatic and Manual. Supervisory personnel should occasionally check the Induction Heater and Trickle Stations operation and make adjustments as required. -
Page 45: Manual Mode
Electrostatic Technology, Inc. Trickle Impregnation System 10.2 MANUAL MODE The Manual Mode is used for Set-up, Experimentation and Maintenance. This Mode is also used to reset the Conveyor Clutch. When used for Experimentation, the Conveyor speed, Induction Heater, Air Pressure and Trickle Station settings should be recorded under several production line situations in order to chart and fix these settings for future use. -
Page 46: Induction Heater
Electrostatic Technology, Inc Trickle Impregnation System 10.2 MANUAL MODE (continued) Step 14 Press the SELECT RUN MODE screen pushbutton. Step 15 Return the Data Edit Enable key to the “Off” position (located on the operator control panel). Step 16 Select the MACHINE - SYSTEM START-UP SCREEN from the MAIN MENU SCREEN and press the OVEN HEATERS ON screen pushbutton. -
Page 47: Auto Mode
Electrostatic Technology, Inc. Trickle Impregnation System 10.3 AUTO MODE The Auto Mode is intended to be used primarily under production line situations after all settings have been determined in Manual Mode. Step 1 Be sure all aspects of the Coating Machine operation are understood. -
Page 48: Machine Shut Down Procedure
Electrostatic Technology, Inc Trickle Impregnation System 11 MACHINE SHUT DOWN PROCEDURE There are two modes for operating the machine; Automatic and Manual. This section will provide the operating personnel with a thorough understanding of the shutdown procedures. 11.1 AUTO MODE SHUTDOWN Step 1 Run all parts off the System. -
Page 49: Lockout
Electrostatic Technology, Inc. Trickle Impregnation System 11.3 LOCKOUT Specific Characteristics Method of Lockout Checking the Result of Type of Energy Place of Lockout and Releasing of Lockout Stored Energy Place the Main Make sure that Disconnect Switch in contacting surfaces are the “OFF”... -
Page 50: Maintenance
Electrostatic Technology, Inc Trickle Impregnation System 12 MAINTENANCE 12.1 GENERAL A systematic maintenance schedule should be set up and adhered to in order to insure optimum machine operation. Daily, weekly, and monthly schedules should be established as applicable for each part of the coating system. -
Page 51: Induction Heater
Electrostatic Technology, Inc. Trickle Impregnation System Step 2 - Open the Hoods and Doors of the machine, front and rear. 12.3.1 Switching to Spare Pump and Lines (continued) Step 3 - Loosen hose clamp (8) at nozzle tip. Step 4 - Pull all hoses through tip and out of the hose clip. Remove hoses from tank. -
Page 52: Preventative Maintenance Schedule
Electrostatic Technology, Inc Trickle Impregnation System 13 PREVENTATIVE MAINTENANCE SCHEDULE 13.1 DAILY Look over entire Conveyor system and remove any resin or foreign objects. Check the Sight Glass for the Induction Heater Distilled Water Tank level (look through the hole in the front panel at the Cure Oven Station). -
Page 53: Part Changeover
Electrostatic Technology, Inc. Trickle Impregnation System 14 PART CHANGEOVER The Trickle Impregnation System has adjustments to run different width parts. 14.1 CHANGEOVER PROCEDURE 14.1.1 Bearing Blocks Loosen all Bearing Blocks front and/or rear throughout the machine. Start at the Drive End and move Bearing Blocks into proper position one at a time. -
Page 54: Trouble Shooting
Electrostatic Technology, Inc Trickle Impregnation System 15 TROUBLE SHOOTING 15.1 CONVEYOR CLUTCH SYMPTOM POSSIBLE CAUSE(S) REMEDY(S) Main Conveyor Clutch is tripped. The conveyor clutch (torque Check the entire length of the limiter) tripped. Part jammed in Roto-Flo conveyor for any jams Roto-Flo bearing. - Page 55 Electrostatic Technology, Inc. Trickle Impregnation System 15.2 BAD PART (continued) BAD PART - SYMPTOM POSSIBLE CAUSE(S) REMEDY(S) Resin not cured Low part temperature entering Turn Induction Heater setting up. Trickle area Cure Tunnel temperature set too Turn Cure Tunnel temperature setting up.
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Page 56: Patents
Electrostatic Technology, Inc Trickle Impregnation System 16 PATENTS The Trickle Impregnation System is manufactured under one or more of the following United States Patents: 6,068,702 5,773,097 5,639,307 5,275,849 5,213,847 5,116,636 5,092,267 5,052,332 4,606,928 4,517,219 4,472,452 4,418,642 4,368,214 4,332,835 4,330,567 4,325,982... -
Page 57: Spare Parts List
Electrostatic Technology, Inc. Trickle Impregnation System 17 SPARE PARTS LIST PRICE ETI PART RECM'D PART DESCRIPTION ASSEMBLY QTY. EACH SPARE Induction Heater Unit, 30 kW, 100 kHz., Induction 480 V, 60 Hz., 3-Phase, w/ 5 Meter Cable Station Huettinger #TIG 30/100 (I.D.#460225) - Page 58 Electrostatic Technology, Inc Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Fan Motor Belt Blower Browning #BX53 Assembly Roto-Flo Transport Screw, Drive, 67" long, S.S. 103178 Conveyor $968 Roto-Flo Transport Screw, 42" long, S.S.
- Page 59 Electrostatic Technology, Inc. Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Finger 103136 Conveyor $378 Chute 103135 Load Station $340 V-Block 103339 " $707 Guide Load Chute, (1 L.H., 1 R.H.) 103537 "...
- Page 60 Electrostatic Technology, Inc Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Solenoid Valve Pneumatic $213 Festo #MFH-3-1/2 NPT Solenoid Valve " $121 Festo #MFH-5-1/8 NPT Solenoid Coil " Festo #MSFG-24/42-50/60-OD Solenoid Coil "...
- Page 61 Electrostatic Technology, Inc. Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Signal Isolator Electrical KB Electronics #9897 DC Motor Drive, KBBM 125 " $200 KB Electronics #9449 DC Motor Drive Power Resistor (.5 Ohm) "...
- Page 62 Electrostatic Technology, Inc Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Servo Encoder Cable, 30 ft. Long Electrical Allen-Bradley #2090-UXNFB-NS09 Pressure Switch " Allen-Bradley #836T-T253J Proximity Switch, NPN, 8 mm "...
- Page 63 Electrostatic Technology, Inc. Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Manual Motor Starter Electrical Allen-Bradley #140-MN-1000 Manual Motor Starter " Allen-Bradley #140-MN-0400 Manual Motor Starter " Allen-Bradley #140-MN-0250 Sound Module "...
- Page 64 Electrostatic Technology, Inc Trickle Impregnation System 17 SPARE PARTS LIST (continued) ETI PART RECM'D PRICE PART DESCRIPTION ASSEMBLY QTY. SPARE EACH Fuse, 10 Amp Electrical Bussmann #FWP-10A14F Fuse, 10 Amp " Bussmann #FNQR-10 $7 for Fuse, 12 Amp " pkg of...
- Page 65 Electrostatic Technology, Inc. Trickle Impregnation System Please Note: Prices are valid for 90 days from the date on this document. Serial #18028...
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Page 66: Floor Plan
Electrostatic Technology, Inc Trickle Impregnation System 18 FLOOR PLAN See the Appendix for the Floor Plan Drawing. 19 PNEUMATIC SCHEMATIC See the Appendix for the Pneumatic Schematic Drawing. 20 ELECTRICAL SCHEMATIC See the Appendix for Elementary Electrical Drawings and a Bill of Material. - Page 67 Electrostatic Technology, Inc. Trickle Impregnation System 21 MANUFACTURER’S MANUALS (continued) • PanelView Terminal (Allen-Bradley) • Pressure Switch (Allen-Bradley) • Right Hand Angle Gear Motor (Bodine) • Safety Relay Door Switch (Allen-Bradley Guardmaster) • Servo Drive (Allen-Bradley) • SLC Processor (Allen-Bradley) •...
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