XMT 5000 INTELLIGENT TRANSMITTER/CONTROLLER

Transcription

1 XMT 000 INTELLIGENT TRANMITTERCTROLLER OPERATING INTRUCTI. Features and technique parameter.. Ordering number. Input type. Trouble shooting. Installation wiring... Panel display.. Operation diagram. Parameter diagram Tel:00--00, Fax:00--0,

2 . Feature and technique parameter. Feature Designed based on computer processor, it can be programmed by keys on the panel to suit any type of sensor, and there is no linear error for any sensor. Auto-zero calibration, there is no temperature drift and time drift, no need to calibrate again even two years later. All parameters are stored in an EEPROM which is safe for all case and for long time. With R or R communication port, it may communicate with computer or DC system.. Technique parameter Environment condition:temperature:0 ~ 0, relation humidity: 0% Power supply:ac0v ~ V (0 ~ 0HZ)or DC±0%V Accuracy :0.%F.±digital, dissolution:0.00,0.0,0., Input feature:tc:input impedance >0MΩ, RTD:wire resistance 0~Ω,three wires are the same Voltage input:input impedance >00kΩ, ma:input impedance 0Ω Inside cold terminal compensation temperature:0 ~ 0 Power dissipation:<w Weight<0.kg.. Environment Power supply Environment temperature Relative humidity Oscillation Outside magnetic field VDC±0% 0~0 %RH f HZ,Amplitude ±0.mm 00AM.. tructure characteristic and Installation Outside dimension:: mm Install method:: rail fixing (refer to fig ) Weigh :00g The temperature outside dimension Fig. Ordering number XMTXMB Ordering number Intelligent controller eries Electronic transformer 0 No alarm Type of control output Type of input With high or low alarm relay output With high and low alarm relay output With three limits alarm(only to MT000) With four limits alarm(only to XMT000) For thermocouple For thermo-resistor For mv sensor For 0~0Ω sensor Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

3 For 0~0mA sensor For ~0mA sensor For 0~V sensor For ~V sensor For special sensor U Omnipotence type Type of transfer output 0 No transfer output(only to XMT000) Transfer control 0 ~ 0mA ( only to XMB000) Transfer control ~0mA ( only to XMB000) Transfer control 0~V (only to XMB000) Transfer control ~V (only to XMB000) pecial transfer control ( only to XMB000) 0 0mm horizontal type Outline Power output Power supply V F V 0 0mm vertical type mm square type mm small horizontal type mm small vertical type Without power output P With V power output Power supply 0VAC D Power supply VDC(no to,v outline) Without communication port Type of Communic-ati on port R R PRN MODEM With R isolated communication port With R isolated communication port With R isolated printer port With isolated MODEM port. Input type..! Linear input and measurement range Input type Display symbol Resolu-tio n Measurement range Linearity 0μA -~ 0-0mA input Linearity 0μA -~ -0mA input uitable sensor tandard linear input Linearity mv -~ 0-V input Linearity mv -~ -V input Un-standard linear inputreference to Un-standard linear input mv -~. (>0mV) Extract 0μA -~ 0-0mA input Extract 0μA -~ -0mA input tandard linear input Extract mv -~ 0-V input Extract mv -~ -V input Un-standard square root input mv Un-standard square root input -~ (>0mV) Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

4 ! RTD input and measurement range Input type Display symbol Resolution Measurement range uitable sensor Pt00-00~00 Platinum R0=00Ω Pt ~00.0 Platinum R0=00.0Ω Pt0-00~0 Platinum R0=0Ω Cu ~0.0 Copper R0=00Ω Cu ~0.0 Copper R0=0Ω 0~0Ω 0.Ω User Pressure gauge 0-0Ω! TC input and measurement range Input type Display Resolution Measurement uitable sensor symbol range B 00~00 TC type: B R 0~0 TC type: R 0~00 TC type: N 0~00 TC type: N K 0~00 TC type: K E 0~00 TC type: E J 0~00 TC type: J T -00~00 TC type: T Un-standard mv 0.0 mv - ~ Any input within 0~ 0mV Reference to. Reference to... DIP switch sketch map horizontal type and 0 0 vertical type sketch map H H- H- H- H- H- H- H- H- Resistance H- H- H- H- Thermocouple Note:witch position and state H- H- H- H- Voltage H- H- H- H- : :OFF Current... square type sketch map Resistance Thermocouple Voltage Current Note:switch position and state : :OFF... and small type sketch map... If there is no H,please parallel connection one 0.0Ω resistance between and junctions when input is current (ma) Input ThermocoupleResistance TC RTD Current ma Voltage V JP JP H 跳线器 0mm witch sketch map sketch map H JP JP ketch map Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

5 . Trouble shooting.. Trouble shooting LED display Trouble Cause Eliminate method Not lighting Power fail Power terminal fail Device go wrong Input type wrong Input overflow Input line break Input type wrong Input overflow Calibration wrong Input type wrong Input under -range Calibration wrong Check the power Take out the device core and check the power terminal Contact to the distribute or manufacture Check the input type Check the input Check the input wire Check the input type Check input Calibration the input again Check input type Check input Calibration the input again Input type wrong Check the input type Display wrong Correction menu Check the correction menu wrong Trouble Cause Eliminate method Display wrong Input wire wrong Input wrong Check the input wire Check the input Can not enter thedevice type wrong Contact to the distribute or manufacture corresponding menu The menu be locked Unlock the menu Can t unlock the menu Display change suddenly Lose the unlock code Contact to the distribute or manufacture Ac circuit, join a resistor-capacity spark-absorbent. Influenced by the rear contactor s spark DC circuit join a reverse diode Wrong wiring Disturbance of the power eparate wire from power wire hield the wire and connect the shield to the ground on panel end. Wrong connection of the power line Check the connection of the power line The power board burned out Bad power quality Add purifying power, connect to other power Relay action wrong Influenced by the rearac circuit, join a resistor-capacity spark absorbent. contactor s spark DC circuit, join a reverse diode. Installation and wiring.. Note: ignal cable should depart from the power supply, and mast be the shield cable, and the shield mast be connected to the earth, to avoid the influence... The device power should be an independent power, a cleaning power, and should not be connected to other polluted power... XMT(0 0 0mm, 0 0 0mm)series wiring Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

6 V or ma -wire -wire VDC ignal's pulse Powersi gnals' common VDC Input wiring 0 R R ALR ALR Relay output wiring XMT000 series wiring (0mm 0mm 0mm, 0mm 0mm 0mm) RX TX DR GD B A ALR ALR 0 Power wiring Note:. Modem and PRN s wiring are the same as R s wiring. We keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right... XMB(0 0 0mm, 0 0 0mm)series wiring 0VAC VDC XMB000 series wiring (0mm 0mm 0mm, 0mm 0mm 0mm) 0 R R B A RX TX DR GD V or ma -wire -wire VDC ignal's puls Power s' common VDC Input wiring ALR ALR Output wiring 0 V or ma 0VAC VDC Power wiring Note:. Modem and PRN s wiring are the same as R s wiring. We keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right... XMT( 0mm) series wiring XMT000 series wiring (mm mm) ALR ALR ALR ALR V or ma Output wiring -wire -wire VDC ignal's puls Powers ignals' common VDC Input wiring RXD TXD GND A B R Communication wiring R VAC VDC Power wiring Tel:00--00, Fax:00--0, qqmd@fcanwell.com

7 Note:. Modem and PRN s wiring are the same as R s wiring. We keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right... XMB( 0mm)series wiring ALR V or ma 0 XMB000 series wiring (mm mm) 0 0 ALR V OR ma Output wiring -wire -wire VDC ignal's puls Power s' common VDC Input wiring RXD TXD GND A B R Communication wiring R 0VAC 0 VDC 0 Power wiring Note:. Modem and PRN s wiring are the same as R s wiring.we keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right... XMT( 0mm, 0mm) series wiring V or ma -wire -wire - - VDC ignal's puls Power s' -common - VDC XMT000 series wiring (mm mm,mm mm) 0 0 报警 ALR ALR Relay output wiring 0VAC Input wiring Power wiring Note:. Modem and PRN s wiring are the same as R s wiring.we keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right. Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

8 .. XMB( 0mm, 0mm) series wiring V or ma -wire - - VDC ignal's puls Power s' -common XMB000 series wiring (mm mm,mm mm) Output wiring ALR ALR V OR ma -wire - VDC 0VAC Input wiring Power wiring Note:. Modem and PRN s wiring are the same as R s wiring.we keep the right to promote the products, if there are difference between operation instruction and case back wiring, the case back wiring is always the right.. Panel display HIGH PV LOW LOW HIGH HIGH HIGH LOW OUT V HIGH HIGH LOW LOW LOW LOW LOW HIGH HIGH PV HIGH LOW OUT HIGH V LOW Outline(mm): Panel cutoff(mm): Display KEY LED lamp Panel message Upper display When in working state, it indicates input. When in state, it indicates parameter name or parameter value. Lower display When in working state, it indicates other parameter with low display menu. When in state, it indicates parameter suggestive information. It is used to decrease parameter in state. ET It is used to confirm parameter in state. It is used to increase parameter in state. HIGH High-high alarm( )indicator HIGH High alarm( )indicator LOW Low alarm( )indicator LOW Low-low alarm( )indicator Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

9 . Operation diagram Note:Keeping no key operate 0 seconds in state, it will return to working state automatically; If some menu can not be seen, it may be locked or have not the function The symbol,, in the drawing means pressing the key,et,,the content in the pane is display message in upper and lower display. Working state Unlock uccess A.Lock operation Lock Lock class Lock password Fail B.Unlock operation uccess Unlock password Alarm value Alarm value Alarm value Alarm value Endfounction Func Alarm mode ALR blooey output state ALR hysteresis ALR delay(second) C.Alarm parameter Alarm mode ALR blooey output state ALR hysteresis ALR delay(second) Alarm mode... Lower display select... Input type ALR hysteresis Decimal ALR MODE Little flow cutoff Range zero ALR hysteresis Range full scale D.Lower display select E.Input type and range... imulation output selection imulation output blooey state select imulation imulation output output zero full scale F.imulation output ~... Communication address Old value# before correction New value# after correction Baud rate Old value# before correction New value# after correction Input filter time(sec) G.Cancel TC cold terminal compensation H.Communication parameter I.Range correction and input filter time Input zero calibration xx Input full scale calibration J.Calibration operation Room temperature calibration Output zero calibration Output full scale calibration K.End parameter Tel:00--00, Fax:00--0, qqmd@fcanwell.com - -

10 . Parameter operation A. Lock operation B. Unlock operation A. B. Entry of the lock and unlock menu group Press key Δ to exit Lock class Press key to modify etting lock password Press key to modify Input unlock password Press key to modify Parameter explain Entry of the lock and unlock menu group : Lock all menu : Lock all menu except alarm menu : Lock calibration menu only Password Note: 00 is a invalid password Unlock password C. Alarm parameter Entry of alarm menu group Press key to exit Alarm alarm value Press key to modify Alarm alarm value Press key to modify Alarm alarm value Press key to modify Alarm alarm value Press key to modify Alarm select Press key to modify Alarm mode Press key to modify Alarm blooey output state Press key to modify Alarm hysteresis Press key to modify Alarm delay Press key to modify Alarm mode Press key to modify 0%*F 0%F 0%*F 0%*F 0 or 0. or 0.0 Entry of alarm menu group ALR value ALR value ALR value (Point out when ordering) ALR value (Point out when ordering) :End alarm :Enter advanced Alarm mode :low alarm :high alarm Alarm blooey output state :alarm action : alarm unchain : alarm keep Alarm hysteresis 00 秒 Alarm delay ALR mode :low alarm :high alarm Tel:00--00, Fax:00--0, qqmd@fcanwell.com

11 Alarm blooey output state Press key to modify Alarm hysteresis Press key to modify Alarm delay Press key to modify D. Lower display content E. Input type and range Alarm mode Press key to modify Alarm hysteresis Press key to modify Alarm mode Press key to modify Alarm hysteresis Press key to modify Entry of the lower display menu group Press key to exit Lower display content Press key to modify Entry of the range menu group Press key to exit Input type Press key to modify Input decimal position Press key to modify Little flow cutoff Press key to modify Range zero Press key to modify Range full scale Press key to modify 0 or 0. or 0.0 :alarm action : alarm unchain : alarm keep ALR hysteresis 00 second Alarm delay 0 or 0. or or 0. or 0.0 As ordering As ordering 00 As ordering As ordering Alarm mode :low alarm :high alarm Alarm hysteresis Alarm mode :low alarm :high alarm Alarm hysteresis Entry of the lower display menu : Alarm value : Alarm value : Alarm value : Alarm value :imulation output :Room temperature Entry of input type and range Reference to input type selection Decimal position Little flow cutoff (Engineering units) Range zero Range full scale Tel:00--00, Fax:00--0, qqmd@fcanwell.com

12 F.imulation output Entry of simulation output menu Press key to exit Output mode selection menu Press key to modify Output blooey state selection menu Press key to modify Output zero Press key to modify Output full scale Press key to modify As ordering As ordering As ordering Entry of simulation output :0-0mA output :-0mA output :0-v output :-v output :other output Output blooey state: :full scale output :zero output :keep output Output zero (the same as ) Output full scale (the same as ) G. Cancel TC cold terminal compensation Cancel TC cold terminal compensation Press key to exit Note: Cold terminal temperature compensation function will be recovered,if the meter s power is turned off and turned on again. H. Communication ~ Entry of the communication menu group Press key to exit Communication address Press key to modify Communication baud rate Press key to modify Turn on the power again, the TC cold terminal compensation will be recovered Compensation range: 0~0 Parameter explain Communication address: 0~ :00bps; :00bps; :00bps; :00bps I. Error correction Entry of error correction menu group Press key to exit Parameter explain Entry of error correction menu group Old value# before correction Press key to modify New value# after correction Press key to modify 00 or 0.0 or 0.00 or or 0.0 or 0.00 or Old value# before correction New value# after correction Tel:00--00, Fax:00--0, qqmd@fcanwell.com

13 Old value# before correction Press key to modify New value# after correction Press key to modify 000 or 00.0 or 0.00 or or 00.0 or 0.00 or.000 Old value# before correction New value# after correction Filter time Press key to modify 0 second Filter time: - If the input sensor is an standard sensor, please do not change the factory of the correction menu. If there is display error exist, you can correct the error with correction menu, but need not to calibrate the device again. If the input is a special, you may regard it a standard input that it s measurement range is first, then get the true measurement range with correction menu. And need not to calibrate the device with the true zero and full range. It is very convenient. Be caution: The correction value # and correction value # mast be far away, and can not be the same value, or else the device will go wrong. J. Calibration operation Entry of the calibration menu group Entry of the calibration menu Press key to exit group Exit the calibration operation Exit the calibration operation Press key to exit Entry of input calibration menu Press key to exit Input zero calibration Input a zero to the input terminal, keep steady for 0 seconds, press key ET to confirm 0~0mA~0mA zero is 0.000mA 0~V~V zero is 0.000V Input zero calibration RTD zero is 00.00Ω TC zero is 0.000mV Other input zero is actual zero Input full scale calibration Input a full scale to the input terminal, keep steady for 0 secobds, press key ET to confirm 0~0mA~0mA full scale is 0.00mA Input full scale calibration 0~V~V full scale is.000v RTD full scale is 0.000Ω TC full scale is 0.000mV Entry of the room temperature calibration Press key to exit Room temperature calibration menu Press key to input room temperature ( ) Room temperature Entry of the output calibration menu Press key to exit Output zero calibration menu Press key to modify Output zero calibration 0~0mA~0mA zero is.00ma 0~V~V zero is.000v Output full scale calibration menu Press key to modify 0~0mA~0mA zero is 0.00mA 0~V~V zero is.000v Output full scale calibration Tel:00--00, Fax:00--0, qqmd@fcanwell.com

14 K.End operation End parameter operation Press key to exit End parameter operation Tel:00--00, Fax:00--0,