PM/PB Series Microprocessor Panel Meter Operation Manual

Transcription

1 PM/PB Series Microprocessor Panel Meter Operation Manual No.6, Tzuchiang St., Tucheng Industrial Park, New Taipei City 6, Taiwan Tel: Fax: http: // 08-PBXXX-B-EM,0//0

2 MENU. Product Introduction. System Block Diagram. Operation Panel, Technical Specification & Installation Dimension. PB-47.. Operation panel.. Technical Specifications.. Relay Outputs..4 Exterior Dimensions.. Panel Cutout Dimensions..6 Terminal Arrangements. PB-470 / PB-70.. Operation panel.. Technical Specifications.. Relay Outputs..4 Exterior Dimensions.. Panel Cutout Dimensions..6 Terminal Arrangements. PB-47.. Operation panel.. Technical Specifications.. Relay Outputs..4 Exterior Dimensions.. Panel Cutout Dimensions..6 Terminal Arrangements.4 PM-40 / PM-0.4. Operation panel.4. Technical Specifications.4. Relay Outputs.4.4 Exterior Dimensions.4. Panel Cutout Dimensions.4.6 Terminal Arrangements. PM-40.. Operation panel.. Technical Specifications.. Relay Outputs..4 Exterior Dimensions.. Panel Cutout Dimensions..6 Terminal Arrangements. Program Settings. Program Settings Flowchart. Input Buttons. Input Signal Module & Settings Method.4 Program Commands List. Input Signal Settings.. Diagram.. Input Signal & Settings Table.. Current Input Example..4 Non-linear feature settings.6 Output Signal Settings.6. Optional Relay Output Settings.6. Analog Output Settings 4. Program Settings Example 4. Diagram of Setting Values 4. Program Settings Example 4.. Example 4.. Example 4.. Example. Frequently Asked Questions & Troubleshooting. Product Introduction PB-470, PB-47, PB-70, PB-47 are bargraph panel meters, with both numeric display and analog bargraph display, perform signal indication and process control. MG series can accept various different signal inputs, digital numeric display could be set to any unit range as required by the user, examples, kg/cm, bar, cm and kg. This feature is very useful and suitable for various electrical and medium measurement controls in various industries. PM-40, PM-0, PM-40 series does not include bargraph, PM-40 is 4 digit display panel meter, PM-0 is digit display panel meter. PM-40, PB-47 features channel independent input signals capability and channel signal outputs. Modbus communication can be downloaded from http: // Feature : Accept all kinds of process signals: 0~0mA, 4~0mA, 0~0mA, 0~4mA, 0~0V, 0~V, ~V, 0~0V, 0~V, also possible to use in non-standard input signal ranges. Continuous capacitance level transmitter. / 4 / 6 / 8 (PB-47) sets of replay outputs and LED indication on front panel face. PM / PB series provide optional volume conversion feature, ideal for use in non-conventional tank level measurement. Optional analog signal output for every signal input. (PB-40, PB-47 have dual inputs and dual outputs) Varity of signal input signals. (refer to ordering guide). Readable range is -999~9999 (4 digits) or -9999~767 ( digits). Input power supply is AC8V~AC6V or dc8~6v. input button control, easy operations.. System Block Diagram AC Power Current Input Voltage Input A D Data Storage E PROM ~ = Excitation Micro processor. Attention: PM / PB series functions are the same but may have different outlook, all diagrams in this manual is based on the outlook of PB-47 D A SP SP SP SP4 SP Control Panel RS48 Voltage Output Current Output 4 or 6 relay contacts to output signal SP6

3 . Operation Panel / Technical Specification / & Installation Dimension. PB-47.. Operation Panel.. Technical Specifications 4 digits, 0.6" 7 segment red LED display... Relay Outputs MAIN OCB SP 6 4 F lnet ek Relay Indicator 0 LED Bargraph UP SFT ER Digital SP4 CTACT SP CTACT SP CTACT SP CTACT SP6 CTACT SP CTACT 0 segment LED red bargraph display. range: -999~+9999 Input Signal Range: 0~0mA, 4~0mA, 0~0mA, 0~4mA, 0~0V. (Refer to Ordering Information for more types) Accuracy: 0.%FS or A digit Temperature coefficient: ppm/bc ADC resolution: 4-/ digit Sampling Rate: 4 samples/second Relay Contact: 4 or 6 relays A 0VAC or A 0VDC (N.C. / N.O. jumper selectable) Working Condition: -0~70BC (0% to 90% RH non-condensed) Storage Condition: -~7BC (0% to 90% RH non-condensed) Power Supply: AC8V~AC6V or DC8V~DC6V Switching Power Supply Power comsumption: 9VA Insulation Voltage: >ACV/min Insulation Resistance: >MW/Vdc/min Optional Output (Isolated): *Analog Output: 0~0mA, 4~0mA, 0~0mA, 0~4mA 0~0V, ~0V, 0~V, ~V. bit DAC resolution All of relay original setting is N.O.. To select N.C. / N.O. setting need from PC Board directly. The 4 sets N.C./N.O. jumper selector are near relay, which design is for user to select N.C./N.O. Type, the diagram is shown below : RY4 RY RY RY..4 Exterior Dimensions.. Cutout Dimensions EXC 4V GND Volt Input Signal Current Input Signal Signal GND SP4 SP SP SP Power Supply (max.) Terminal Arrangements Isolated +4V Isolated GND Isolated analog O/P+ Isolated analog GND (Option) F RS48 (Option) G SP6 SP (Option). F 8G0 0 (min.) F0.6 4G0 0 (min.) ( u n i t:m m ) JP4 JP JP JP NC. NO. NC. NO. NC. NO.NC.NO.NC. NO

4 PB-470 PB-70 MAIN OCB. PB-47 / PB-70.. Operation Panel Relay Indicator.. Relay Outputs LED Bargraph Digital SP4 CTACT SP CTACT SP CTACT SP CTACT SP6 CTACT SP CTACT UP SFT ER.. Technical Specifications 4 digits, 0.6" 7 segment red LED display. 0 segment LED red bargraph display. range: -999~+9999 (PB-470 Series Products) range: -9999~+767 (PB-70 Series Products) Input Signal Range: 0~0mA, 4~0mA, 0~0mA, 0~4mA, 0~0V. (Refer to Ordering Information for more types) Accuracy: 0.%FS or digit Temperature coefficient: ppm/bc ADC resolution: 4-/ digit Sampling Rate: 4 samples/second Relay Contact: 4 or 6 relays, A 0VAC or A 0VDC (N.C./N.O. jumper selectable) Working Condition: -0~70BC (0% to 90% RH non-condensed) Storage Condition: -~7BC (0% to 90% RH non-condensed) Power Supply: AC8V~AC6V or DC8V~DC6V Switching Power Supply Power comsumption: 9VA Insulation Voltage: >ACV/min Insulation Resistance: >MW/Vdc/min Optional Output (Isolated): *Analog Output: 0~0mA, 4~0mA, 0~0mA, 0~4mA 0~0V, ~0V, 0~V, ~V. bit DAC resolution. All of relay original setting is N.O.. To select N.C. / N.O. setting need from PC Board directly. The 4 sets N.C./N.O. jumper selector are near relay, which design is for user to select N.C./N.O. Type, the diagram is shown below : RY4 RY RY RY JP4 JP JP JP NC. NO. NC. NO. NC. NO.NC. NO.NC. NO Exterior Dimensions 0 (min.) 4 F0.6 G0 Isolated +4V EXC 4V (Option) Isolated GND GND Isolated analog O/P+ Volt Input Signal Isolated analog GND Current Input Signal Signal GND 44.. Cutout Dimensions 8 F G0..6 Terminal Arrangements (Option) RS 48 F G 0 (min.) SP SP4 SP SP SP Power Supply 7 (Option) SP ( u n i t:m m )

5 . PB-47.. Operation Panel.. Technical Specifications..4 Exterior Dimensions.. Cutout Dimensions CH Digital Relay Indicator Dual 4 digits, 0.6" 7 segment red LED display. Dual 0 segment LED red bargraph display. range: -999~+9999 Ch in RED color, CH in GREEN color. 48 6(max.) 4 F0.6 G0 0 (min.) MAIN OCB CH-0 LED Bargraph CH-0 LED Bargraph UP SFT ER.. Relay Outputs CH Digital CH SP CH SP CH SP CH SP CH4 SP4 CH SP CH4 SP4 CH SP Input Signal Range: 0~0mA, 4~0mA, 0~0mA, 0~4mA, 0~0V. (Refer to Ordering Information for more types) Accuracy: 0.%FS or A digit Temperature coefficient: ppm/bc ADC resolution: 4-/ digit Sampling Rate: samples/second/chnnel Relay Contact: 4 or 8 relays A, 0VAC or A0VDC (N.C. / N.O. jumper selectable) Working Condition : -0~70BC (0% to 90% RH non-condensed) Storage Condition: -~7BC (0% to 90% RH non-condensed) Power Supply: AC8V~AC6V or DC8V~DC6V Switching Power Supply Power comsumption: VA Insulation Voltage: >ACV/min Insulation Resistance: >MW/Vdc/min Optional Output (Isolated): *Analog Output: 0~0mA, 4~0mA, 0~0mA, 0~4mA 0~0V, ~0V, 0~V, ~V. bit DAC resolution. All of relay original setting is N.O.. To select N.C. / N.O. setting need from PC Board directly. The 4 sets N.C./N.O. jumper selector are near relay, which design is for user to select N.C./N.O. Type, the diagram is showed as below : RY4 RY RY RY JP4 JP JP JP NC. 44 CH CH 44 EXC 4V GND Volt Input Signal Current Input Signal Signal GND Volt Input Signal Current Input Signal Signal GND CH SP CH SP CH SP CH SP Power Supply Terminal Arrangements Isolated +4V Isolated GND Isolated analog O/P+ Isolated analog GND Isolated analog O/P+ Isolated analog GND F RS48 (Option) G CH SP4 CH SP CH SP4 CH SP. 8 F G0 CH CH 0 (min.) ( u n i t:m m ) NO. NC. NC. NO.NC. NO.NC. NO. NO

6 .4 PM-40 / PM-0.4. Operation Panel Digital Relay Indicator.4.4 Exterior Dimensions Technical Specifications 4 digits (PM-40), digit (PM-0) 0.6" 7 segment red LED display. 0 segment LED red bargraph display. range: -999~+9999 (PM-40) -9999~+767 (PM-0) Input Signal Range: 0~0mA, 4~0mA, 0~0mA, 0~4mA,0~0V. (Refer to Ordering Information for more types) Accuracy: 0.%FS or Adigit Temperature coefficient: ppm/bc ADC resolution: 4-/ digit Sampling Rate: 4 samples/second Relay Contact: 4~6 relays, A 0VAC or A 0VDC (N.C./N.O. Jumper selectable).4. Relay Outputs MAIN SP contact SP contact UP SFT ER Working Condition: -0~70BC (0% to 90% RH non-condensed) Storage Condition: -~7BC (0% to 90% RH non-condensed) Power Supply: AC8V~AC6V or DC8V~DC6V Switching Power Supply Power comsumption: 7VA Insulation Voltage: >ACV/min Insulation Resistance: >MW/Vdc/min Optional Output (Isolated): * Analog Output: 0~0mA, 4~0mA, 0~0mA, 0~4mA 0~0V, ~0V, 0~V, ~V. bit DAC resolution. All of relay original seting is N.O.. To select N.C. / N.O. Setting need from PC Board directly. The 4 sets N.C./N.O. jumper selector are near relay, which design is for user to select N.C./N.O. Type, the diagram is shown below :.4. Cutout Dimensions (min) 4 F0.6 G0 9 F0.8 G0 Analog Iso Out GND 0 (min).4.6 Terminal Arrangements (Option) RS-48 SP 4 SP ( u n i t:m m ) (NC/NO) (COM) (NC/NO) (COM) OCB SP4 contact SP contact NC. NO. RY RY JP JP NO. NC. NO. NC EXC GND SIG +4V (IN-) (IN+) (NC/NO) (COM) (NC/NO) (COM) SP SP Power Supply

7 . PM-40.. Operation Panel Digital Relay Indicator..4 Exterior Dimensions Technical Specifications 4 digits, 0.6" 7 segment red LED display. range: -999~+9999 Input Signal Range: 0~0mA, 4~0mA, 0~0mA, 0~4mA, 0~0V. (Refer to Ordering Information for more types) Accuracy: 0.%FS oradigit Temperature coefficient: ppm/bc ADC resolution: 4-/ digit Sampling Rate: samples/second Relay Contact: 4 or 6 relays, A 0VAC or A 0VDC (N.C./N.O. Jumper selectable).. Relay Outputs MAIN SP contact SP contact CH UP SFT ER Working Condition: -0~70BC (0% to 90% RH non-condensed) Storage Condition: -~7BC (0% to 90% RH non-condensed) Power Supply: AC8V~AC6V or DC8V~DC6V Switching Power Supply Power comsumption: 7VA Insulation Voltage: >ACV/min Insulation Resistance: >MW/Vdc/min Optional Output (Isolated): * Analog Output: 0~0mA, 4~0mA, 0~0mA, 0~4mA 0~0V, ~0V, 0~V, ~V. bit DAC resolution. All of relay original setting is N.O.. To select N.C. / N.O. setting need from PC Board directly. The 4 sets N.C./N.O. jumper selector are near relay, which design is for user to select N.C./N.O. Type, the diagram is shown below :.. Cutout Dimensions (min) 4 F0.6 G0 Analog Out 9 F0.8 G0 Iso GND Analog CH Out 0 (min)..6 Terminal Arrangements CH (Option) RS-48 SP SP (NC/NO) (COM) (NC/NO) (COM) ( u n i t:m m ) OCB SP contact SP contact CH NC. NO. RY RY JP JP NO. NC. NO. NC EXC GND CH CH (NC/NO) (COM) (NC/NO) (COM) +4V (IN-) (IN+) (IN+) SP SP Power Supply CH -- --

8 . Program Settings. Program Settings Flowchart PASS CHSL To choose CH or CH from here (0only for PM-40, PB-47 ) CHSL SCL SP~6 H~6 HOF~6 D~6 DOF~6 CH~. Input Buttons Buttons Explanation The settings on the panel meter is controlled by the buttons on the panel (UP, SFT and ER). First choose the function, then input required value of buttons while in "Selection" and "Setting" are: UP SFT ER ER Button Selection Escape Enter Switch Settings Addition Position Shift Confirmation *Please enter password to modify the parameter. (Default password: 4607) ) Main menu switch or sub-menu switch. Example: STEP ~ STEP and STEP ~ STEP. ) Confirmation to save settings Example: Confirmation of change of i value ENB~6 INP ALR~6 FULL STEP i 4 4 Blinking OUT i SIG STEP : modify : save NOLI SEL LP~0 NOLI (Non-Linear Tank Volume Conversion Function):Optional INP STEP CN IDNO i COD SYS LOAD FINE BPS STYL FORN TOUR STEP 4 STEP

9 SFT Button Entry into main menu or entry into sub-menu or position change. Example: STEP, STEP and STEP ~ STEP 7 Position shift After entering into value input, use this button to shift between digit position. STEP SP SETTING STEP STEP SP STEP 4 Moving Numeric : Moving the parameter numeric to modify. For example : Into i function setting, one of the numeric will blinking to modify, and use SFT bottom to select blinking digit for modify. SETTING S C H i SCL 4 4 STEP STEP 6 STEP 7 The blinking digit is for modify SETTING SETTING SETTING. Input Signal Module and Setup Method SIM Input Module Specifications and Jumper Elaboration. Module Input Signal Range Jumper Setting A A A A4 A B B B 4~0mA with Exc+4V A0~0mA with Exc+4V A0~mA with Exc+4V AV with Exc+4V A0 with Exc+4V A0 with Exc+4V AV with Exc+4V ma AC Scaled 0mA AC Scaled ma AC Scaled A AC Scaled A AC Scaled mv AC Scaled mv AC Scaled V AC Scaled DC 4~0mA DC 0~0mA DC 0~mA DC AV DC A0V DC A0V DC AV AC 0~mA AC 0~0mA AC 0~mA AC 0~A AC 0~A DC 0~mV AC 0~mV AC 0~V CH V 0V 0V V 0mA ma CH Left & right Jumpers must change symmetrically. J J4 m 0mA ma mv V ma 0mA ma UP Button B4 0V AC Scaled AC 0~0V 0V V 6V To escape from main menu and to escape from sub-menu to main menu. Example: STEP and STEP STEP I N P To change input value by addition. Example: To change the value of i from "0" to "4", press button four times. S C H i 0 4 B B6 C C C C4 V AC Scaled 6V AC Scaled AmA Exc+4V A0mA Exc+4V AmA Exc+4V AAmp AC 0~V AC 0~6V DC AmA DC A0mA DC AmA DC AA J Left & right Jumpers must change symmetrically. J4 J ma 0mA ma ma 0mA ma i Blinking C D A Amp A0mV Exc+4V DC AA DC A0mV J STEP D D D4 A0mV Exc+4V AmV Exc+4V AmV Exc+4V DC A0mV DC AmV DC AmV mv mv 0mV 0mV

10 .4 Program Commands List Command PASS CHSL SCL SP SP SP SP4 SP SP6 H H H H4 H H6 HOF HOF HOF HOF4 HOF HOF6 D D D D 4 D D 6 Password Description Channel Selection Set,, SCL Decimal point Selection value for SPAN value for SPAN 4 Digital 4 Digit Factory Digital Digit Factory Setting Range Default Setting Range Default CH/CH 4607 CH CH/CH 4607 CH 0~ Dot 0~4 Dot -999 ~ ~ ~ ~ ~ ~ ~ ~9999 ~99 ~99 ~99 ~99 ~99 ~ NULL NULL ~ ~767 Set SP~6, H~6, D~6, DOF~6, ENB~6, ALR~6, FULL SP Set point value SP Set point value SP Set point value SP4 Set point value SP Set point value SP6 Set point value SP Hysterises High Band SP Hysterises High Band SP Hysterises High Band SP4 Hysterises High Band SP Hysterises High Band SP6 Hysterises High Band SP Hysterises Low Band SP Hysterises Low Band SP Hysterises Low Band SP4 Hysterises Low Band SP Hysterises Low Band SP6 Hysterises Low Band SP Delay On Setting SP Delay On Setting SP Delay On Setting SP4 Delay On Setting SP Delay On Setting SP6 Delay On Setting ~ ~ ~ ~ ~ ~767 0~99 0~99 0~99 0~99 0~99 0~ NULL NULL Command DOF DOF DOF DOF4 DOF DOF6 ENB ENB ENB ENB4 ENB ENB6 ALR ALR ALR ALR4 ALR ALR6 FULL inp i out SIG NOLI SEL LP LP LP Description SP Delay Off Setting SP Delay Off Setting SP Delay Off Setting SP4 Delay Off Setting SP Delay Off Setting SP6 Delay Off Setting SP Relay On / Off Selecting SP Relay On / Off Selecting SP Relay On / Off Selecting SP4 Relay On / Off Selecting SP Relay On / Off Selecting SP6 Relay On / Off Selecting SP Hi / Lo Alarm Selection SP Hi / Lo Alarm Selection SP Hi / Lo Alarm Selection SP4 Hi / Lo Alarm Selection SP Hi / Lo Alarm Selection SP6 Hi / Lo Alarm Selection ~99 ~99 ~99 ~99 ~99 ~99 Enter this item for all setting items YES / NO Iutput Type Selection 4 Digital 4 Digit Factory Digital Digit Factory Setting Range Default Setting Range Default OFF OFF LO LO NO Input Signal Setting 4~0 0~999 0~999 0~999 0~999 0~999 0~999 YES / NO SPAN Percentage for SPE mode.0 ~9999 ~ ZERO Percentage for SPE mode ~9999 ~767 Analog Output Type Selection Enable / Disable Control Point # Control Point # Control Point # Output Signal Setting Non-Linear Tank Function OFF OFF LO LO NO 4~ ~0 4~0 OFF 0 OFF

11 Command LP4 Control Point #4 Description 4 Digital 4 Digit Factory Setting Range Default 0 Digital Setting Range Digit Factory Default 0 Command CN Description RS48 Settings Setting Range Factory Default LP Control Point # IDNO Settings ModBus Address 0~ LP6 Control Point #6 0 0 BPS Setting ModBus BaudRate more LP7 Control Point #7 6 6BPS 6 LP8 Control Point # BPS LP9 Control Point # BPS 4 LP0 LP Control Point #0 Control Point # BPS 96BPS LP Control Point # G 44BPS 44 LP Control Point # 6 6 9G 9BPS 9 LP4 Control Point # G 88BPS 88 LP Control Point # G 76BPS 76 LP6 Control Point # STYL Settings Data Type more LP7 Control Point # N 8 Byte, No Parity, Stop Bits 8N LP8 Control Point # N 7 Byte, No Parity, Stop Bits 7N LP9 Control Point # O 7 Byte, Odd Parity, Stop Bits 70 LP0 cod Control Point #0 Change Password E 8N 7 Byte, Even Parity, Stop Bits 8 Byte, No Parity, Stop Bits 7E 8N 8N SYS System Settings 8O 8 Byte, Odd Parity, Stop Bits 80 LOAD Reset to factory default YES/NO NO YES/NO NO 8E 8 Byte, Even Parity, Stop Bits 8E FINE Read Software Version Code 7O 7 Byte, Odd Parity, Stop Bits 70 7E 7 Byte, Even Parity, Stop Bits 7E FORN Settings Data Format more HEX RTU Mode HEX HEX ASCI ASCII Mode ASCII TOUT Time Out ~9999mS ms

12 ..Input Signal Settings This section will elaborate how to adapt to different input signals in the panel meter, by using the correct jumper and using command. Panel meter series can accommodate 6 types of conventional input signals, 0mA, ma, V, 0V, 0V, V, please refer below for setup... Input Signal & Setting Table SIM No. Signal Type Jumper position User Setup () 0~0mA 0-0 STEP : Please confirm the type of input signal STEP : Open up MG casing and locate the SIM input signal module, select the jumper connection that corresponds to the required input signal. 0 & 0 4~0mA 0~0mA 0~4mA 0mA STEP : Enter the main menu of the MG after password input, select and select the correct input signal from the list below. Special range 0~0mA SPE i.. Diagram 48x96 Analog Output Output Control Board Signal Input module Signal lnput 0 AmA Special range 0~mA ma 0-0 SPE i Refer to 4.. AV 0 - Relay Contact Relay Contact AC 0V 04 ~V Special range 0~V V - SPE i Refer to 4.. Board A0V POWER+CPU Board 0 ~0V Special range 0~0V 0V - 0 SPE i Refer to x44 Analog Output Output Control Board Signal Input module Signal lnput 06 A0V Special range 0~0V 0V 0-0 SPE i Refer to 4.. AV 0-0 Relay Contact 07 Special range 0~V V SPE i Refer to 4.. Relay Contact Board AC 0V A AC Current 0~mA ma.0 POWER+CPU Board A AC Current 0~0mA 0mA

13 SIM No. Signal Type Jumper position User Setup () SIM No. Signal Type Jumper position User Setup () A A4 A B B B B4 B B6 AC Current 0~mA AC Current 0~A AC Current 0~A AC Voltage 0~mV AC Voltage 0~mV AC Voltage 0~V AC Voltage 0~0V AC Voltage 0~V AC Voltage 0~6V ma A A mv mv V 0V V 6V Refer to 4.. Refer to 4.. C C C C4 C D D D D4 DC Current AmA DC Current A0mA DC Current AmA DC Current AA DC Current AA DC Voltage A0mV DC Voltage A0mV DC Voltage AmV DC Voltage AmV ma 0mA ma A A 0mV 0mV mv mv

14 .. Current Signal Input Example A. wire 4~0mA current signal input example LevelTransducer..4 Non-linear feature settings Special feature: Non-linear settings could be used in applications concerning non-conventional shaped tanks, thereby solving the problem for level v.s. volume measurement for non-linear tank shapes. EXC ZERO IN v COM w SPAN +4V O/P wire 4~0mA Transmitter EXC 4V A Input PM Panel Meter PASS CHSL INP OUT NOLI To divide the maximum measurement into 0 set points, then configure each of these 0 set points according to the shape of the tank, the panel meter will then calculate a proportional readout from the input signal to reflect the true value according to the Meter settings. SEL LP LP LP LP B. wire 4~0mA current signal input example +4V Signal GND (Shielding) EXC 4V GND A Input PM Panel Meter LP LP6 LP7 LP8 LP9 LP0 LP LP LP LP4 LP LP6 LP7 LP8 LP Set point LP0 LP9 LP8 LP7 LP6 LP LP4 LP LP LP LP0 LP9 LP8 LP7 LP6 LP LP4 LP LP LP LP

15 .6 Output Signal Setting.6. Optional relay output setting The optional relay output is switchable to NO (Normal Open) or NC (Normal Close), it is selectable by the jumper on the OCB (Output Control Board). The default setting is "NO". Model: PB-470, PB-47, PB-70 SP and SP6 relay setting is as below drawing:.6. Analog output signal selection Analog output signal (optional) provides 4~0mA or 0~0V signal, it can be selected by the jumper on the OCB (Output Control Board) for current output 4~0mA or voltage output (0~0V). Model: PB-470, PB-47, PB-70, PB-47 RY RY NO NC SP SP6 CH JP CH JP Model: PB-47 Series SP, SP6, SP7 and SP8 relay setting is as below drawing: Model: PM-40, PM-0, PM-40 Series Channel is selected by JP Channel is selected by JP Model: PM-40, PM-0, PM-40 Jumper is for current output Jumper is for voltage output RY RY NO NO SP7 SP SP6 NC RY NC RY NO NC SP8 RY4 SP SP RY CH CH Jumper is for current output Jumper is for voltage output

16 PASS INP OUT COD SYS 4. Program Setting Example 4. Diagram of Setting Values SIG 4-0 LOAD FINE Program Settings Example i SP4 SP SP SP SCL SPE 4~0mA PB-47 SP(~6) H(~6) HOF(~6) D(~6) DOF(~6) ENB(~6) ALR(~6) FULL Magnetic Float Level Indicator delivers a current output that change proportionately with level. The 4 ~ 0mA output could be used in conjunction with the PB-47 panel meter. Magnetic Float Level Indicator SCL 4.. Example Application example: 4mA represents 0.0 when the tank is empty 0mA represents.0 when tank is full Set point is set at 0% of full tank as low level alarm Set point is set at 40% of full tank as low level alarm Set point is set at 60% of full tank as high level alarm Set point 4 is set at 80% of full tank as high level alarm Linear proportional out signal Proportional output: Empty tank: 0mA, Full tank: 0mA Settings are as follows: INP OUT SCL SP SP SP SP4 SIG ENB ENB ENB ENB4 ALR ALR ALR ALR4 4.. Example (Special input signal range's proportional settings) To address the problem of special input signal range that falls within 4~0mA, use of the command "SPE" is needed to program a proportionate setting for the input. Example is Fine Automation capacitance level indicator, Current Input range is 7mA ~ ma, to display 0.0% ~.0% Formula: i / SCLE set value = Expected signal value SIM signal selection x % Settings are as follow: Input current 7mA ~ ma 7 0 %= % = X i= X%= % 0 INP OUT ISEL i SIG LO LO SPE

17 . Frequently Asked Questions & Troubleshooting 4.. Example Value Settings are as follows: =.0 SCL=0.0 SP=00.0 H=.0 HOF=00.0 D=0 DOF=0 ENB= ALR= Problem Panel Face doesn't lights up Rectification method ) Check power supply wire is it connected wrongly or not connected. ) Check whether the power supply is AC8V ~ 6V. 0 4 Analog Input Relay Contact fails to action ) Check whether LED indication on the panel face is doing action.. Check whether wiring on the terminals are connected correctly Panel face LED indicators and Relay contacts no action or not working properly. ) Enter operation menu, check " " is (Default is ) ) Enter operation menu, check " " " " has any set value. ) Enter operation menu, check " " " " has any set value. 4) Enter operation menu, check " " has the same value as factory default Proportional signal input does not correspond to panel display Enter operation menu, check " ", " ", " ", " " & " " is configured correctly. Set point 's action diagram: OFF Analog Input No change in display and bargraph after proportionate input signal Check input signal connection is connected correctly or is it loose