Installation and Operation Manual DPC1

Transcription

1 Installation and Operation Manual DPC1 BIA-DPC1 rev 5 Page 1

2 TABLE OF CONTENTS Page QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PANEL 4-5 QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PUMPS 6-7 QUICK GUIDE PRESSURE BOOSTING 8-9 QUICK GUIDE TRANSFER QUICK GUIDE HOT WATER CIRCULATION INTRODUCTION 1.1 Applications Technical parameters and features Meanings of the icons shown on the LCD GENERAL 2.1 Electrical connection to the power supply and pump Connections for pump over temperature protection (where supplied) Installing float switches and probes INSTALLATION DRAINAGE 3.1 Function switch setting Diagrams for drainage by liquid level through float switches or probes INSTALLATION DRAINAGE WITH AUTOMATIC PUMPS 4.1 Function switch setting Diagram for drainage by liquid level 26 Cont... BIA-DPC1 rev 5 Page 2

3 TABLE OF CONTENTS cont. 5.0 INSTALLATION BOOSTING 5.1 Function switch setting Diagrams for boosting by liquid level through float switches or probes INSTALLATION TRANSFER 6.1 Function switch setting Diagrams for transfer by liquid level through float switches or probes INSTALLATION TRANSFER HOT WATER CIRCULATION 7.1 Function switch setting Diagrams for transfer by liquid level through float switches or probes OPERATION 8.1 Parameter calibration and erasing Switching to AUTO mode Switching to MANUAL mode Alarm Test and MUTE Pump protection Last five failure record Pump accumulated running time Pump disable COMMUNICATION LINK Basic Function Special application Technical parameters TROUBLE SHOOTING GUIDE 44 BIA-DPC1 rev 5 Page 3

4 DPC1 QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PANEL SET THE DIP SWITCHES ON THE INSIDE OF THE DOOR DO NOT REMOVE BRIDGES BETWEEN TERMINALS 9&11 AND 10&12 BIA-DPC1 rev 5 Page 4

5 DPC1 QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PANEL CALIBRATION TURN MCB ON SWITCH TO MANUAL PRESS MODE AND STORE AT THE SAME TIME FOR 5 SEC CALIBRATE PUMP A PRESS ASTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE CALIBRATE PUMP B PRESS BSTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE SWITCH TO AUTO PRESS MODE BIA-DPC1 rev 5 Page 5

6 DPC1 QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PUMPS SET THE DIP SWITCHES ON THE INSIDE OF THE DOOR INSTALL EXTRA JUMPERS DO NOT REMOVE BRIDGES BETWEEN TERMINALS 9&11 AND 10&12 BIA-DPC1 rev 5 Page 6

7 DPC1 QUICK GUIDE DRAINAGE PUMPS FLOATS CONNECTED TO PUMPS CALIBRATION TURN MCB ON SWITCH TO MANUAL PRESS MODE AND STORE AT THE SAME TIME FOR 5 SEC CALIBRATE PUMP A PRESS ASTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE CALIBRATE PUMP B PRESS BSTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE SWITCH TO AUTO PRESS MODE BIA-DPC1 rev 5 Page 7

8 DPC1 QUICK GUIDE PRESSURE BOOSTING SET THE DIP SWITCHES ON THE INSIDE OF THE DOOR DO NOT REMOVE BRIDGES BETWEEN TERMINALS 9&11 AND 10&12 INSTALL EXTRA JUMPER BIA-DPC1 rev 5 Page 8

9 DPC1 QUICK GUIDE PRESSURE BOOSTING CALIBRATION TURN MCB ON SWITCH TO MANUAL PRESS MODE AND STORE AT THE SAME TIME FOR 5 SEC CALIBRATE PUMP A PRESS ASTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE CALIBRATE PUMP B PRESS BSTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE SWITCH TO AUTO PRESS MODE BIA-DPC1 rev 5 Page 9

10 DPC1 QUICK GUIDE TRANSFER SET THE DIP SWITCHES ON THE INSIDE OF THE DOOR MOVE JUMPER FROM 3&5 TO 4&6 DO NOT REMOVE BRIDGES BETWEEN TERMINALS 9&11 AND 10&12 BIA-DPC1 rev 5 Page 10

11 DPC1 QUICK GUIDE TRANSFER CALIBRATION TURN MCB ON SWITCH TO MANUAL PRESS MODE AND STORE AT THE SAME TIME FOR 5 SEC CALIBRATE PUMP A PRESS ASTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE CALIBRATE PUMP B PRESS BSTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE SWITCH TO AUTO PRESS MODE BIA-DPC1 rev 5 Page 11

12 DPC1 QUICK GUIDE HOT WATER CIRCULATION SET THE DIP SWITCHES ON THE INSIDE OF THE DOOR DO NOT REMOVE BRIDGES BETWEEN TERMINALS 9&11 AND 10&12 BIA-DPC1 rev 5 Page 12

13 DPC1 QUICK GUIDE HOT WATER CIRCULATION CALIBRATION TURN MCB ON SWITCH TO MANUAL PRESS MODE AND STORE AT THE SAME TIME FOR 5 SEC CALIBRATE PUMP A PRESS ASTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE CALIBRATE PUMP B PRESS BSTART THEN AFTER PUMP RUNNING FOR 10 SECONDS PRESS STORE SWITCH TO AUTO PRESS MODE BIA-DPC1 rev 5 Page 13

14 Conventions used in this manual. In the manual the following symbols will be used: Generic danger. Failure to comply with the safety regulations that follow can irreparably damage the controller or equipment. Electric shock risk. Failure to comply with the safety regulations that follow can cause death or serious injury. WARNINGS Read this manual carefully before any operation. Please keep this manual for future use. WARNING!! 1. Installation must be carried out by a suitably qualified electrician. 2. Before carrying out any installation or maintenance operation, controller must be disconnected from the power supply. 3. Do not open the cover during running the controller. 4. Do not splash water or other liquid over the controller. 5. Do not allow children or infirm persons to operate the control. 6. Qualified electrician is to correctly size and install circuit breakers to protect power supply. CAUTION!! 1. The electrical and hydraulic connections must be carried out by competent, skilled, qualified personnel. 2. Never connect AC power to the output terminals. 3. Ensure the pump and controller characteristics match. 4. Do not install the controller in the following conditions: a. Vibration and mechanical shock. b. Corrosive gasses and liquids. c. Extreme heat and cold, operating range -25 o C o C. d. Salt mist corrosion. e. Rain and moisture. f. Flammable materials, solvents. BIA-DPC1 rev 5 Page 14

15 1.0 Introduction Thank you for choosing a Bianco Icon Series Intelligent Pump Controller. The Intelligent Pump Controller model is an easy to use, programmable controlling and protection device for direct start, single phase pumps with output power from 0.37kW 2.2kW. The Controller has many operation modes by adopting different electrical installations. Important features that distinguish the Bianco Icon Series Intelligent Pump Controllers from some other controllers are the push button calibration of overload and ability for dry run protection without float switches or probes. 1.1 Applications The Controller is useful in all cases where there is the need to control and protect single pump installations managing the automatic operation by a variety of switching methods. Typical usage scenarios include: Stormwater Sewage Booster sets Rainwater reuse Irrigation Water supply 1.2 Technical parameters and features Built in function switch for o Drainage by liquid level control through float switches or probes o Boosting water supply by pressure control through pressure switch and tank o Transfer water by liquid level control through float switches and probes Dry run protection without float switches or probes Auto/Manual switch Dynamic LCD displaying pump running state Protect the pump against many faults Push button calibration Pump accumulative running time Last five fault record RS485 communication Starts and stops the pump in accordance with liquid levels and pressure settings BIA-DPC1 rev 5 Page 15

16 The following chart shows main technical parameters for the Controller DPC1 Main technical characteristic Control characteristic Control method Liquid level control characteristic Pressure control characteristic Main technical data Rated output power Rated input voltage Trip response time of overload Trip response time of open phase Trip response time of short circuit Trip response time of under/over voltage Trip response time of dry run Recovery time of over load Recovery time of under/over voltage Recovery time of dry run Trip voltage of over voltage Trip voltage of under voltage Liquid level transfer distance maximum Protection functions Main installation data Working temperature Working humidity Degree of protection Install position Unit dimensions (L x W x H) RS485 technical data Physical interface Baud rate Protocol type Double liquid level control pressure control Manual/Auto pulse electrode probe and float switch pressure switch and pressure tank kw ( hp) 240V 5 sec - 5 min < 2 sec < 0.1 sec < 5 sec 6 sec 30 min 5 min 30 min 115% of rated input voltage 80% of rated input voltage 1000m Dry run Over load Transient voltage Under voltage Over voltage Pump stalled Short circuit -25 to +55 deg C 20% to 90% Relative Humidity, non-condensing IP54 Vertical 30.2 x 24.0 x 12.0 cm RS485 Bus Interface: asynchronous semi duplex 1200,2400,4800,9600 bps (default 9600bps) MODBUS protocol (RTU) BIA-DPC1 rev 5 Page 16

17 1.3 Meanings of the icons shown on the LCD. Icon Meaning / Description pump parameter configuration icon, when this icon appears, pump control box is parameter setting time displaying icon, when this icon appears, it means pump control box is displaying some parameter of time, eg: pump accumulated running time (unit: hour); counting down etc pump fault icon, when this icon appears, it means pump control box is displaying some fault information network connection error icon, when this icon appears, it means there is no network connections or network connection error between pump control box and SC(slave controller) or computer V M S H network normal connection icon, when this icon appears, it means the network connection between pump control box and SC (slave controller) or computer is normal voltage minute second hour % percent A ampere pump running pump stopped low pressure or lack of pressure in the pipeline or pressure tank high pressure or full of pressure in the pipeline or pressure tank pump A pump B (for dual pump controllers) BIA-DPC1 rev 5 Page 17

18 2.0 GENERAL 2.1 Electrical connection to the power supply and pump Main Circuit Breaker DANGER. Electric shock risk. Before carrying out any installation or maintenance operation, the control panel should be disconnected from the power supply and one should wait at least 2 minutes before opening the control panel. Never connect AC power to output L and N terminals. Ensure the motor, controller and power specifications match. The electrical and hydraulic connections must be carried out by competent, skilled, qualified personnel. Other terminals. Terminals 7 and 8 Terminals 15 and 16 MODBUS communication to Slave Controller or BMS N.O. close on fault Terminals 9 and 11 and 10 and 12 for connection to motor thermal protection (microtherms) where available. If not available leave jumper wires in. BIA-DPC1 rev 5 Page 18

19 2.2 Connections for pump over temperature protection (where supplied with pump). Jumper Leads Note: to realize the pump motor winding over temperature protection, it requires that there must be over-temperature switches embedded in the pump motor winding (microtherms as fitted to Zenit 3ph pumps 2.2 kw or greater). To utilise the pump s over temperature protection connect the pump s microtherm leads to terminals 9 and 11, 10 and 12 and remove the jumper. Note: if the pump is without over temperature switch, please use jumper to connect terminals 9 and 11, 10 and Installing float switches and probes. Float switch installation. Do not encase sensor leads, float switches or signal cables in metal pipes. Use PVC or PE tubing. Liquid probe installation. In event of high risk of electrical storms (lightning) or when liquid medium in sump, well or tank is very dirty, it is recommended to use float switches. BIA-DPC1 rev 5 Page 19

20 3.0 INSTALLATION DRAINAGE PUMPS FLOATS CONNECTED TO PANEL 3.1 Function switch setting - DRAINAGE Installers can set the function switch to meet different applications. Before setting the function switch, the control panel should be disconnected from the power supply. After completing the setting, apply power to the control panel and observe the application sign displayed on the LCD conforming to the DRAINAGE symbol. MCB DRAINAGE SETTING SWITCHES DOWN DRAINAGE SYMBOL BIA-DPC1 rev 5 Page 20

21 3.2 Electrical connections for DRAINAGE PUMPS FLOATS CONNECTED TO PANEL Drainage by liquid level control through float switches or probes Note: for 4 float switch installation connect float switch A (pump off) to terminals 1 and 3, float switch B (1 st pump on) to terminals 1 and 5, float switch C (2 nd pump on) to terminals 2 and 4 and float switch D (alarm) to terminals 2 and 6. BIA-DPC1 rev 5 Page 21

22 3.2.2 Drainage by liquid level control through float switches or probes (cont) Note: for 4 float switch installation connect float switch A (pump off) to terminals 1 and 3, float switch B (1 st pump on) to terminals 1 and 5, float switch C (2 nd pump on) to terminals 2 and 4 and float switch D (alarm) to terminals 2 and 6. BIA-DPC1 rev 5 Page 22

23 3.2.3 Drainage by liquid level control through float switches or probes (cont) BIA-DPC1 rev 5 Page 23

24 Stop condition Liquid level in the sump is reaches probe 2, (float switch A down) the control panel will stop the pump. Start condition Liquid level in the sump reaches probe 3, (float switch A up) the control panel will run a pump. Control panel will alternate the pumps when the liquid level varies between probe 2 and probe 3 (float switch A up and down). 2 nd pump start condition Liquid level in the sump reaches probe 4, (float switch B up) the control panel will run the second pump. Pumps run simultaneously until liquid level reaches probe 2, (float switches A and B down). Alarm condition While pumping, if the liquid level rises in the sump to probe 5, (float switch C up), the control panel will sound the alarm to warn the user to take further action. Meanings of the messages & graphic shown on the LCD screen BIA-DPC1 rev 5 Page 24

25 4.0 INSTALLATION DRAINAGE PUMPS FLOATS CONNECTED TO PUMPS 4.1 Function switch setting DRAINAGE WITH AUTOMATIC PUMPS Installers can set the function switch to meet different applications. Before setting the function switch, the control panel should be disconnected from the power supply. After completing the setting, apply power to the control panel and observe the application sign displayed on the LCD conforming to the DRAINAGE symbol. MCB DRAINAGE SETTING FOR AUTOMATIC PUMPS DRAINAGE SYMBOL BIA-DPC1 rev 5 Page 25

26 4.2 Electrical connections DRAINAGE PUMPS FLOATS CONNECTED TO PUMPS Drainage by liquid level control. Note: for drainage with automatic pumps, floats A & B are not used and terminals 1, 3, 5 and 2,4 are bridged. Note: for 3 wire floats use black and brown wires. Terminate blue wire with closed end connector. Alarm float C connected to terminals 2 and 6. If the system activates the high level alarm connected to the control panel the second pump will start and the alarm will activate until the high level float deactivates. If a pump fail situation is detected then the pump will switch to the second pump. Warning DRY RUN Protection not active in Drainage with Automatic Pump Mode. High Level Alarm Delay High Level Alarm delayed by 15 minutes after activation of High Level Float to allow 2 nd Pump to turn on and assist with pump out. Note, For 30 minutes after High level Alarm activated, both pumps work concurrently. BIA-DPC1 rev 5 Page 26

27 Stop condition Liquid level in the sump is below automatic pump float switch off position which will stop both pumps. Start condition The control panel alternates power supply between pumps every 240 hours. When liquid level in the sump is above the automatic pump float switch on position, the pump that is being supplied power will run. Alarm condition While pumping, if the liquid level rises in the sump to float switch C up, the control panel will start the second pump and will sound the alarm to warn the user to take further action. Meanings of the messages & graphic shown on the LCD screen BIA-DPC1 rev 5 Page 27

28 5.0 INSTALLATION - BOOSTING 5.1 Function switch setting - BOOSTING Installers can set the function switch to meet different applications. Before setting the function switch, the control panel should be disconnected from the power supply. After completing the setting, apply power to the control panel and observe the application sign displayed on the LCD conforming to the BOOSTING symbol. MCB BOOSTING SETTING SWITCHES UP BOOSTING SYMBOL BIA-DPC1 rev 5 Page 28

29 5.2 Electrical connections for BOOSTING applications Water supply by pressure control through pressure switch and tank. BIA-DPC1 rev 5 Page 29

30 5.2.2 Water supply by pressure control through pressure switch and tank (cont) BIA-DPC1 rev 5 Page 30

31 5.2.3 Water supply by pressure control through pressure switch and tank (cont) BIA-DPC1 rev 5 Page 31

32 Normal demand Pressure in the pipeline is lower than the setting of pressure switch B, control box will order single pump to run; pressure in the pipeline reaches the setting of pressure switch B, single pump stops running; control box will alternate double pumps running automatically when pressure in the pipeline varies in the range of pressure switch B Extra demand Single pump is running, pressure in the pipeline still decrease to the setting of pressure switch A, control box will order another pump to run simultaneously, till pressure in the pipeline reaches the setting of pressure switch B, double pumps will not stop running; Note: pressure switch should be N/C, close on pressure drop. Note: Pressure switch A = Low Pressure Switch, Pressure switch B = High Pressure Switch Meanings of the messages & graphic shown on the LCD screen BIA-DPC1 rev 5 Page 32

33 6.0 INSTALLATION - TRANSFER 6.1 Function switch setting - TRANSFER Installers can set the function switch to meet different applications. Before setting the function switch, the control panel should be disconnected from the power supply. After completing the setting, apply power to the control panel and observe the application sign displayed on the LCD conforming to the TRANSFER symbol. MCB TRANSFER SETTING TRANSFER SYMBOL BIA-DPC1 rev 5 Page 33

34 6.2 Electrical connections for TRANSFER applications Water supply by liquid level control through float switches or probes. BIA-DPC1 rev 5 Page 34

35 6.2.2 Water supply by liquid level control through float switches or probes (cont) BIA-DPC1 rev 5 Page 35

36 Normal demand Liquid level in the water storage tank is lower than Probe 1 # (float switch A: Down level), control box will order single pump to run; Liquid level reaches probe 4 # (float switch A: Up level), single pump stops running; control box will alternate double pumps running automatically when liquid level varies from Probe 1# & Probe 4#, (Float Switch A: Down level Up level Down level) Extra demand when single pump is running, liquid level is still decreasing to Probe 2# (Float Switch B: Down level), control box will order another pump to run simultaneously, until liquid level reaches Probe 4# (Float Switch A & B: Up level), double pumps will not stop running; Meanings of the messages & graphic shown on the LCD screen BIA-DPC1 rev 5 Page 36

37 7.0 INSTALLATION TRANSFER HOT WATER CIRCULATION 7.1 Function switch setting TRANSFER HOT WATER CIRCULATION Installers can set the function switch to meet different applications. Before setting the function switch, the control panel should be disconnected from the power supply. After completing the setting, apply power to the control panel and observe the application sign displayed on the LCD conforming to the TRANSFER symbol. MCB TRANSFER SETTING FOR HOT WATER CIRCULATION TRANSFER SYMBOL BIA-DPC1 rev 5 Page 37

38 7.2 Electrical connections for TRANSFER HOT WATER CIRCULATION applications Hot Water Circulation with or without thermostat. The control panel alternates power supply between pumps every 240 hours. A thermostat can be wired to terminals 2 and 4 for automatic operation on temperature. BIA-DPC1 rev 5 Page 38

39 8.0 OPERATION 8.1 Parameter calibration and erasing. To achieve best level of protection of the pump, it is essential that parameter calibration be done immediately after successful pump installation or pump maintenance. Setting the parameter calibration. Pump/s must be able to pump water to enable correct calibration. If pumps are calibrated without water, overload and pump stalled errors may occur later. If calibration is required without water, please contact White International for advice. Press the MODE key to switch to manual state. If the control panel is locked press MODE and STORE keys at the same time to unlock and go into manual mode. Make sure that the pump is not running and LCD screen is displaying: Press the A START key to run pump A, confirm the pump and all pipe network is in normal working state (including voltage, amps etc) with LCD screen displaying: Press the STORE button. The control panel makes a beep and a countdown starts with the LCD displaying: Control now counts down from 5 seconds. The pump stops running and parameter calibration is completed with LCD displaying: Press the B START key to repeat calibration for pump B. BIA-DPC1 rev 5 Page 39

40 Erasing former parameter. When pump is reinstalled after maintenance or a new pump is installed, user must erase the former calibration and a new calibration must be done. Erasing the parameter calibration. Press the MODE key to switch to manual state. If the control panel is locked press MODE and STORE keys at the same time to unlock and go into manual mode. Make sure the pump is not running and LCD is displaying: Press the A STOP key for 30 seconds; the control panel makes a beep sound, and the control panel recovers the default factory setting and the LCD displays: with Pump No Calibration flashing. Repeat for pump B by using the B STOP key for 30 seconds. 8.2 Switching to AUTO mode. To switch between MANUAL and AUTO mode press MODE. AUTO mode automatically locks control panel. Under auto state the control panel will run or stop the pump according to the signal from the liquid level probe or float switch. Note: under auto state, if the pump is running and user wants to stop the pump, press the MODE key to switch to manual state and the pump stops. Note: under auto state, if the input power is cut off and the recovers, the control panel will enter operating state after 10 seconds countdown Note: no matter if the control panels is under auto or manual state, if the input power is cut of and recovers again, the control panel will resume its operation in the same state as before the power being cut off. 8.3 Switching to MANUAL mode. To switch between AUTO and MANUAL model press MODE and STORE keys at the same time for 5 seconds to unlock and go into MANUAL mode. Press the START key to start the pump and the STOP to stop the pump. 8.4 Alarm Test and Mute. Under MANUAL mode and pump/s not operating press STORE for 3 seconds to test the alarm. At any time press ASTOP to mute the alarm. 8.5 Pump Protection During pump running, if dry run, overload, over voltage, etc failures occur, the control panel will immediately shut down the pump running and automatically execute a check for restarting conditions after a built in time delay has elapsed. The control panel will not recover automatically until all the abnormal situations have been cleared. If pump stalled, open phase or other serious failure has occurred, pump user must immediately check pump and motor. BIA-DPC1 rev 5 Page 40

41 8.6 Last five failure record The control panel can memorize the last five failures of pump, so it is very convenient for the users to analyse the pump running conditions. Displaying the last five failure record. Press the MODE key to switch to manual state, make sure the pump is not running and the LCD screen is displaying: Hold pressing A STOP key and press MODE key, the control panel makes a beep sound and displays pump A failure record. Press the A STOP key to quit the failure record display; Failure Icon Note: the failure displayed above is PUMP STALLED. Repeat for pump B by using B STOP key. 8.7 Pump accumulative running time The control panel can memorise how many hours of pump running, so it is very convenient for the pump user to analyse the pump running conditions and do maintenance. Displaying the pump accumulative running time. Press the MODE key to switch to manual state, make sure that the pump is not running and the LCD screen is displaying: Hold pressing the STORE key and press the A STOP key. The control panel makes a beep sound and displays the accumulative run time. BIA-DPC1 rev 5 Page 41

42 The pump has run for 23 hours. Press the A STOP key to quit the accumulative running time display. Repeat for pump B by using B STOP key. 8.8 Pump disable. To disable a pump independently, in AUTO mode press MODE and A STOP or B STOP at the same time for 2 seconds. A PUMP and MANUAL flashing means pump A is disabled. To restore the pump, in AUTO mode press MODE and A START or B START at the same time for 2 seconds. 9.0 Communication link. The control panel has communication interface, that along with the optional Slave Controller, users can realise a long distance monitoring function. This function applies to where the control panel is installed in the basement or pumping room, but users require to monitor and control the pump on the ground or in a control room. BIA-DPC1 rev 5 Page 42

43 9.1 Basic function. Slave Controller (SC) with communication interface can realize long distance monitoring. In the control room, users can realize all the functions of the master control panel through the SC, except parameter calibration and adjusting. 9.2 Special application. As adopting communication interface, the wire communication distance is less than 1200 metres. For those installation environments which require a longer distance communication, i.e., mine, water tower, across railway road and bridge etc., users can adopt RS485 extender, wireless communication or GSM. Please contact the manufacturer for more information. 9.3 Technical parameters. The following chart shows main technical parameters of communication between the control panel and the slave controller. Main technical data Physical interface RS485 Bus Interface: asynchronous semi duplex Data format 1 start bit, 8 data bit, 1 stop bit, no verify 1 start bit, 8 data bit, 2 stop bit, no verify Default: 1 start bit, 8 data bit, 1 stop bit, no verify Baud rate 1200,2400,4800,9600 bps (default 9600bps) Communication address Setting range of controller address: : broadcast address, host computer broadcasting, slave machine response forbidden Protocol type MODBUS protocol (RTU) Rated input voltage for SC AC 240V/50Hz, single phase Main installation data Wire communication distance 1200 metres max by shield twisted pair cable (STP) for RS485 & CAN 5000 metres max by STP and RS485 extender STP STP-120U one pair 20AWG for RS485 & CAN RS485 extender 5000 metres (9600bps) BIA-DPC1 rev 5 Page 43

44 10.0 Trouble shooting guide Fault Message Possible Cause Solutions flashing of UNDER V the real running voltage is lower than the report low line voltage to the power calibrated voltage, pump is in under voltage supply company protection state Control will attempt to restart the pump every 5 min until line voltage is restored to normal flashing of OVER V the real running voltage is higher than the report low line voltage to the power flashing of OVER LOAD calibrated voltage, pump is in over voltage protection state the real running ampere is higher than the calibrated running ampere, pump is in over load protection state pump damaged supply company Control will attempt to restart the pump every 5 min until line voltage is restored to normal Control will attempt to restart the pump every 30 min until running ampere is restored to normal inspect pump flashing of parameter calibration not completed refer to parameter calibration setting PUMP NO CALIBRATION flashing of DRY RUN liquid level in the well / sump is below the pump intake, pump stops running Control will attempt to restart the pump every 30 min until liquid level is above the pump intake flashing of pump running amps exceeded cut off power supply and repair or PUMP STALLED normal rum amps by more than 200% replace pump flashing of pump starts more than 5 times per Check pressure tank precharge REPEATED START minute Check pressure tank bladder Check pressure switch settings Check pressure switch for defects no communication link between SC / computer and Control connect the Control to SC / computer to realize long distance monitoring BIA-DPC1 rev 5 Page 44

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