Operation and Maintenance Manual for

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Pretreatment Interlock: This input is designed to be normally closed. If a pretreatment interlock input is not being connected, a wire jumper must be installed between the two terminals at Input 5. Since the input is normally closed, multiple devices may wired to this input in series. Pretreatment Failure: This input is designed to be normally closed. If a pretreatment failure input is not being connected, a wire jumper must be installed between the two terminals at Input 6. Since the input is normally closed, multiple devices may wired to this input in series. Tank Level Switches: The MC10 is designed to be used with one or two tank level switches. Switches should be wired in the normally closed position (the switch contacts close when the water level drops below the switch). When using two switches, a low-level tank switch starts the system (in Tank Feed mode) and a high-level switch stops the system. When using one switch, the switch connected must be a highlevel switch. The switch will stop the system at high level. When the level drops (the switch closes), the system will re-start after the “High Tank Startup Delay”, in minutes (See “Settings” section of this manual) that has been configured into the Settings data entry screen. The controller must be configured for one or two switch operation in the Settings menu (See “Settings” section of this manual). Conductivity The MC10 is designed to monitor conductivity by means of a standard two electrode conductivity cell. Cells with constants of 1.0 must be used. When using a 1.0 cell, the conductivity range will be 0-1000 uS/cm. The cells should be equipped with a two-wire, 1000 ohm Platinum RTD. Conductivity cells should be connected by means of Belden cable no. 8724 or equivalent. When routing the conductivity cables, stay clear of AC cables, motors, or other sources of electrical interference. Never run sensor cables in the same conduit with AC cables. Modem* The optional modem for the MC10 is housed inside the MC10. The modem is connected by plugging the ribbon cable connector onto the dual row connector located on the I/O board under the I/O cover plate. The modem is equipped with a ! standard RJ connector for connection to an analog phone line. Do not connect the MC10 modem to an intra-office digital phone line. Damage to the modem can occur. Once connected to a modem, the MC10 can be accessed by means of Windows-based AquaGraph software for remote monitoring or data retrieval. * For use with non-medical VANTAGE RO systems only. (NOT for use with Med-RO systems.) 2-4
Operation 3 Controls The MC10 is housed in a NEMA 4X enclosure with a membrane keypad. Indicators include a 4 line x 20 character LCD with LED backlight and eight high intensity LED indicators for alarm conditions. The control features of the MC10 are illustrated below. Main Menu Mode=Direct Feed Hrs Since Start=000 System On 1 2 3 4 CLR 5 6 7 8 9 0 ENT Main Menu LCD Display with Backlight LOW QUALITY HIGH TEMP TANK FULL CHEM PUMP FAIL HIGH PRESSURE LOW PRESSURE PRETREATMENT OUT OVERLOAD SYSTEM START SYSTEM STOP ALARM RESET ALARM SILENCE LED Alarm and Status Indicators Keys Used for Data Entry and Configuration Keypad The membrane keypad contains 20 tactile keys which are used for a number of control and data entry functions. System Start: Pressing this key starts the system. If the Direct Feed mode has been chosen, pressing the System Start key immediately initiates the startup sequence. If the Tank Feed mode has been chosen, pressing this key will not initiate the startup sequence unless the tank is below high-level. Pressing this key in Stand-By mode will initiate the flush sequence of flush cycles. System Stop: Pressing this key stops the system and essentially turns all functions off. Keys Used for System Control Alarm Reset: Pressing this key resets the system after an alarm shut down for low pressure, high pressure, low quality, high temperature, overload, or chemical injection failure (VANTAGE RO systems only).
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USFilter 10 Technology Drive Lowell
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This manual discloses information i
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TABLE OF CONTENTS SECTION DESCRIPTI
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LC Manual 11/02 Rev. 3 INTRODUCTION
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LC Manual 11/02 Rev. 3 INTRODUCTION
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LC Manual 11/02 Rev. 3 SYSTEM INSTA
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LC Manual 11/02 Rev. 3 SYSTEM INSTA
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LC Manual 11/02 Rev. 3 OPERATING IN
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LC Manual 11/02 Rev. 3 OPERATING IN
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Page 21 and 22: SYSTEM MAINTENANCE LC Manual 11/02
Page 31 and 32: TROUBLESHOOTING LC Manual 11/02 Rev
Page 33 and 34: LC Manual 11/02 Rev. 3 WARRANTY 6.1
Page 35 and 36: APPENDIX LC Manual 11/02 Rev. 3 7.1
Page 41 and 42: APPENDIX LC Manual 11/02 Rev. 3 RO
Page 45 and 46: Product Description/Equipment Speci
Page 47 and 48: Process Water Systems General Speci
Page 49 and 50: Process Water Systems Low feed pres
Page 51 and 52: Process Water Systems Skid Cleaning
Page 53 and 54: Series 1, 2 & 3 Pumps Page 1 of 2 [
Page 55 and 56: Product Information FILMTEC Membran
Page 57 and 58: USFilter USFilter USFilter USFilter
Page 59 and 60: Conventions and Symbols ii Special
Page 61 and 62: Table of Contents iv MC10 Overview
Page 63 and 64: Specifications The MC10 incorporate
Page 65 and 66: ! The MC10 may be configured to use
Page 67 and 68: Installation 2 Environmental The MC
Page 69: I/O The wiring diagram for the inpu
Page 73 and 74: Sequence The normal startup and shu
Page 75 and 76: 7 Perm Divert TD Sec 8 High Temp SP
Page 77 and 78: Time Delays Time delays and deadban
Page 79 and 80: Important Please note: • Temperat
Page 81 and 82: Troubleshooting 5 The MC10 Reverse
Page 83 and 84: Type of Problem Possible Cause or S
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