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Summary of Contents for MPE SC1000
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Page 1: Table Of Contents - Section
SC1000 INSTRUCTION MANUAL SECTION 1 OTOR ROTECTION LECTRONICS, LLC 2464 Vulcan Road Phone: (407) 299-3825 Website: www.mpelectronics.com Apopka, Florida 32703 Operating Program Revision: 14 Revision Date: 1-6-25... -
Page 2: Table Of Contents
Number Supplemental Manual Sections ……..…….………………………………………………...…... Description and Specifications ………………………………...………………………………….. Ordering Information ……..…………………...………….…………………………………….….. Touch Screen Interface Device - TSID ………………………………………………………...… SC1000 Operator Interface ………………...……………………………………………….……. 6, 38 Level Simulation …………………………………………………...…………………………….…. Low and High Level Alarms ……………...…………………………………………………….…. Pump On / Off Levels ……..…………………...………….………………………………………. -
Page 3: Supplemental Manual Sections
SUPPLEMENTAL MANUAL SECTIONS The following Supplemental Manual Sections are available in pdf format at: www.mpelectronics.com. Section Description Section Discrete Inputs …………………………...………………………………………………….…….. Relay Outputs …………………………………………………...……………………………...….. Analog Input ……..…………………...………….…………………………………………..……... Analog Output ……………...………………………………………………...………………...….. Communication Ports ……………………….…………………………………………………….. Fault Codes …………………...………………………………………………………………...….. Pump Alternation ……...………………………………………………...…………………………. Float Backup & Float Control .……..……………………………………………………..………. Flush Cycle …………………………………………………………………………………………. -
Page 4: Description And Specifications
Relay Outputs (ROX1 - ROX5): 8 A @ 120 VAC Resistive ORDERING INFORMATION Part Number: SC1000 - E X Analog Level Input AIX1: Blank = AIX1 is Non-Isolated S = AIX1 is Isolated The S - Option makes the Analog Level Input (AIX1) Isolated from the Controller’s Power Supply... -
Page 5: Touch Screen Interface Device - Tsid
The Touch Screen Interface Device (TSID) is a optional piece of equipment that is used to perform troubleshooting and customization of the SC1000 for specific applications. It provides full access to all the setup and status parameters. It also has screens designed to demo the SCADA capabilities of the SC1000. -
Page 6: Sc1000 Operator Interface
SC1000 OPERATOR INTERFACE Press to Return to Level Display Press to Enter the Level Simulation Mode Press to Toggle Between Menu Scroll and Value Change Modes Press to Scroll Up the Menu, or to Increase Parameter Value Press to Scroll Down the Menu, or to Decrease Parameter Value Note: To Prevent the Accidental Changing of a Parameter Value, there is a 4 second Delay Before a Parameter Value will Change. -
Page 7: Low And High Level Alarms
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Low Level Alarm Low Level Alarm Range: 0.0 - 231.0 feet Notes: 1. This sets the level at which the Low Level Alarm will be activated. 2. To disable the Low Level Alarm see Parameter P.34. -
Page 8: Fault Code
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Fault Code 40047 Fault Code 40048 Last Fault Code For a description of the Fault Codes see pages 23 - 25. Remote Control Level Input rcLn 40025 Remote Control Level Input Range: 0 - 231.0 feet... -
Page 9: Pump Alternation
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Pump Alternation Setup Alternation Sequence Mode 1 = Standard Alternation: Group 1: Pumps 1 - 3 2 = Pump 1 Always Lead: Group 1: Pump 1 Group 2: Pumps 2 - 3 P.16... -
Page 10: Level Input Select
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Level Input Select Level Input Select 1 = Analog Level Meter - ALM1 2 = Level Probe Meter - LPM1 3 = Float Switch Inputs 4 = Remote Control Level Input P.22... -
Page 11: Control Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Control Setup Pump Up or Down Mode 1 = Pump Down - Empty a Tank 2 = Pump Up - Fill a Tank P.31 40131 Note: When Parameter P.31 is changed new default values will be loaded into the Pump On/Off Level setup parameters. -
Page 12: Flush Cycle Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Flush Cycle Setup Flush Cycle Mode 0 = Flush Cycle Disabled 40171 P.71 1 = Flush Cycle Enabled - Activated by the Internal Time Clock 2 = Flush Cycle Enabled - Activated by an External Time Clock... -
Page 13: Discrete Input Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Discrete Input Setup Discrete Input Function Discrete Input Function of Discrete Input: Connect To: 0 = Collect Discrete Data for SCADA ………..… Telemetry Contact 1 = Pump 1 Disable …….………..……..…. HOA and Fault Logic F.01... -
Page 14: Relay Output Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Discrete Input Setup Discrete Input Pump Disable Mode 0 = Disable Pump with Closed Discrete Input F.19 40319 1 = Disable Pump with Open Discrete Input Note: This parameter only applies to Discrete Inputs that are assigned to be Pump Disable Inputs (Discrete Input Functions 1 - 3). -
Page 15: Remote Control Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Remote Control Setup Remote Control Command Canceling Delay - RS232 Port - COM1 E.01 60 sec. 40181 Delay Range: 1 - 65535 seconds Set to “0” to disable the Remote Control Command Canceling feature. -
Page 16: Level Probe Backup Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Level Probe Backup Setup Level Probe Electrode Function Electrode Input Function of Level Probe Electrodes: b.01 40251 Electrode - E1 0 = No Function 1 = Backup Pump Control – High Level 2 = Backup Pump Control –... -
Page 17: Parameter Security Setup
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Parameter Security Setup Parameter Security is for protecting the Setup Parameters from being tampered with remotely through SCADA Communication Ports ENET1 or COM1 and will not hinder an operator from making changes to the Controller’s Setup Parameters from the front of the Controller. -
Page 18: I / O Status
SC1000 MENU User / Operator Info. SCADA Coil Parameter Address Description of Parameters and SCADA Notes Discrete Input Status n.01 Coil 545 Discrete Input - D1 n.02 Coil 546 Discrete Input - D2 Discrete Input Status: n.03 Coil 547 Discrete Input - D3 0 = Input Open n.04... - Page 19 SC1000 MENU User / Operator Info. SCADA Register Parameter Address Description of Parameters and SCADA Notes Level Probe Input Analog Test Signal Status L.01 41801 Electrode - E1 Notes: L.02 41802 Electrode - E2 1. Each of the Discrete Inputs send out a low voltage (+/- 6 V), low current (0.6 mA), AC (60 Hz) square wave as a Test Signal to determine the...
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Page 20: Analog Input Status
SC1000 MENU User / Operator Info. SCADA Description of Parameters and SCADA Notes Analog Input Status Note: Parameter A.100 is the 12-bit Analog to Digital Converter input value A.100 40061 Analog Input - AIX1 that is conditioned and factory calibrated to the following values: 819 @ 4.0 mA... -
Page 21: Controller Data
SC1000 MENU User / Operator Info. SCADA Data Description Controller Data d.101 42501 Control Board - Operating Program Revision Number d.102 42502 Control Board - Startup Status (% Completion) d.103 42503 Input Board - Operating Program Revision Number d.104 42504 Input Board - Polling Request Counter d.105... - Page 22 SC1000 MENU User / Operator Info. SCADA Data Description Controller Data - RS232 Port COM1 - Incoming Modbus Request d.120 42520 RS232 Port COM1 - Incoming Modbus Request - Byte 0 (Slave Address) d.121 42521 RS232 Port COM1 - Incoming Modbus Request - Byte 1 (Function Code) d.122...
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Page 23: Fault Codes
SC1000 FAULT CODES Fault Indication The Fault indicator on the front of the SC1000 shows when there is something wrong with the system, and that there is a non-zero Fault Code present in Parameter FLC. Please see the Fault Code Table below. - Page 24 SC1000 FAULT CODE TABLE Fault Code Description of Condition Normal Setup Fault Setup Fault - Pump On/Off Level Control - 1st Pump Off Level and 1st Pump On Level are too close together 1011 (minimum of: 0.5 feet apart), or they are upside down.
- Page 25 SC1000 FAULT CODE TABLE Fault Code Description of Condition Normal Communication Fault - RS232 Serial Port COM1 2101 The UART detected an Overrun Error reading incoming message. 2102 The UART detected a Parity Error reading the incoming message. 2103 The UART detected a Framing Error or Parity Error reading the incoming message.
- Page 26 ANALOG LEVEL INPUT AIX1 – CALIBRATION PROCEDURE LEVEL INPUT SPAN - Parameter P.24 Parameter P.24 is used to enter the Transducer’s Calibrated Span in feet. Calibration Procedure: 1. A 20mA signal does not need to be applied to the Level Input while Setting the Span. 2.
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Page 27: Flush Cycle
FLUSH CYCLE The Flush Cycle is provided to periodically flush the sludge build up from the bottom of the wet well and from the discharge pipe. This is done by periodically maximizing the lift station’s discharge flow rate. Flush Cycle Steps: 1. -
Page 28: Connection Diagram
CONNECTON DIAGRAM - STANDARD FEATURES For more information on I/O see Sections A, B, E, L, M & N. -
Page 29: Analog Level Input Examples
ANALOG LEVEL INPUT EXAMPLES Example Using the 20 VDC Power Supply on the SC1000 Analog Input AIX1 in this example does not need to be Isolated, so the Controller does not need the “S” Option. Example Using an External 24 VDC Power Supply Analog Input AIX1 in this example does not need to be Isolated, so the Controller does not need the “S”... - Page 30 ANALOG LEVEL INPUT EXAMPLES Example of where the Analog Signal is Powered by a Remote Device The 4-20 mA signal in this example must be Isolated from ground. This is required to ensure that the Remote Device’s Control Panel ground is not connected to the Local Control Panel’s ground through the 4-20 mA signal wiring.
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Page 31: Level Probe Connection Example
LEVEL PROBE CONNECTION EXAMPLE Note: The liquid in the wet well must be grounded to the control panel ground. Where a submersible pump is present the grounded housing of the pump is sufficient to ground the water to the control panel. For more information on Level Probe Control see Section L. - Page 32 LEVEL PROBE ELECTRODE SPACING For more information on Level Probe Control see Section L.
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Page 33: Connection Diagrams
PUMP ALTERNATION - LEAD PUMP SELECT SWITCH EXAMPLES Connection Diagrams For more information on Alternation see Section G. -
Page 34: Level Control Example - Analog Level Input
LEVEL CONTROL EXAMPLE - ANALOG LEVEL INPUT For more information on the Analog Level Input see Section M. -
Page 35: Level Control Example - Level Probe Input
LEVEL CONTROL EXAMPLE - LEVEL PROBE INPUT For more information on the Level Probe Input see Section L. -
Page 36: Level Control Example - Float Control - Pump Down
LEVEL CONTROL EXAMPLE - FLOAT CONTROL - PUMP DOWN For more information on Float Control see Section I. -
Page 37: Level Control Example - Float Backup - Pump Down
LEVEL CONTROL EXAMPLE - FLOAT BACKUP - PUMP DOWN For more information on Float Backup see Section I. -
Page 38: Operator Interface
OPERATOR INTERFACE... -
Page 39: Enclosure Mechanical Layout
ENCLOSURE MECHANICAL LAYOUT Right Side Left Side Top View Rear View... -
Page 40: Panel Cutout
PANEL CUTOUT Not Printed to Scale. Do Not Use as a Template.
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