K-Tec MT2000 manual Reversing The Output Action Using Actual Level Input, Jumper Switch Settings

Page 18

4.5.7Reversing The Output Action Using Actual Level Input

•Adjust the level to 50% ( + or - 10% ).

•Enter the calibration mode by pressing the UP & DOWN buttons together for 1 second and press the DOWN button for 1 second to set the output at

4.00mA.

•Adjust the level to the new SPAN point.

•Enter the calibration mode by pressing the UP & DOWN buttons together for 1 second and press the UP button for 1 second to set the output at

20.00mA.

•Adjust the level to where the ZERO needs to be set.

•Enter the calibration mode by pressing the UP & DOWN buttons together for 1 second and press the DOWN button for 1 second to set the output at

4.00mA.

•Reset the span a second time.

•Enter the calibration mode by pressing the UP & DOWN buttons together for 1 second and press the UP button for 1 second to set the output at 0.00 mA.

4.5.8Jumper Switch Settings

The jumper switches are located on the top of the electronics module and can be set up as follows (Figure 4.7).

4.5.8.1ALARM (left jumper)

Placing the jumper to the lower position causes the output to go to 21.00 mA when there is a loss of signal or trans- mitter malfunction. Placing the jumper to the upper position causes the output to go to 3.62 mA when there is a loss of signal or transmitter malfunction.

Note: For the change to go into effect transmitter power must be cycled OFF and ON.

The alarm output works in conjunction with the ALD setting accessed from the configuration (CFG) menu. The out- put will go to alarm state only if there is a loss of signal that lasts at least the duration of the alarm delay. The alarm delay default value is two (2) seconds. For instance the output will hold the last measured value if there is a loss of signal lasting less than two (2) seconds and will go into the alarm condition if the loss signal exceeds two (2) sec- onds.

4.5.8.2 WRITE PROTECT (right jumper)

When the jumper is in the lower position the transmitter configuration cannot be changed manually or with a hand- held communicator (Figure 4.7).

Write Protect Jumper shown in OFF Position

Fault Jumper shown in 21.00 mA (fail high) position

Fault Jumper:

Fail Low = 3.6 mA

Fail High = 21.00 mA

Write Protect:

ON (lower position) Disable Changes from Com- municator or Manually

OFF (upper position)

Enables Changes

18

Figure 4.7

MT2000-0200-01 Rev f (10-2007) DCN0160

Page 17 Page 19
Image 18
Page 17 Page 19
Contents Guided Wave Radar Level Transmitter Table of Contents List of Figures AppendicesIntroduction Storage Information Ambient TemperatureOverview Measurement cycle consists of the followingDirect Reflect Mode standard cont’d Ultra Low Dielectric ULD Measure MethodInstallation Mounting RequirementsMT2000 Guided Wave Radar Guidelines Factory Default ConfigurationShortening of Probe URV = Probe Length LRV = 0 in. / 0 mmCommissioning WiringQuickstart Procedure MT2000 Guided Wave Radar Guidelines cont’dQuickstart Procedure cont’d Verify Proper Power-UpSetting the 4mA and 20 mA Points Using the Pushbutton Menu LCD Menu Operation Calibration MenuDetailed Configuration Parameters Direct Mode Blanking Menu Threshold Level Parameter THV and Gain Setting GSThreshold Level Parameter THV and Gain Setting GS cont’d Advanced Parameter SettingsL1O Advanced Parameter Settings cont’d KO & KGUltra Low Dielectric ULD Mode Configuration = H * Sqrt DC H + LDC = I + H L / H2 Setting the DAC trim Ultra Low Dielectric ULD Mode Configuration cont’dAdvanced Output Configuration DAC TrimFigure6 4mA & 20mA Calibration Using Actual Level Input Bench Calibration of the 4mA & 20mA PointsReversing The Output Action Using Actual Level Input Jumper Switch SettingsTroubleshooting Information Possible SymptomsValid Current Loop Outputs Honeywell DE Output Option Possible Symptoms cont’dElectronics Module Replacement Interoperability and Conformance ClassHart Communicator Hart Protocol Interface OptionOperating Modes CompatibilityGlossary of Terms LRVAppendices Appendix a Sensor TrimConfiguration 2 Hidden Menu END CFG MenuTMP Appendix C Linearization To access the linearization tableSetting up Linearization Table Points To clear the linearization tableAppendix D Interface Applications MT2000 InterfacePrerequisites Use and setup of the oscilloscope for the MT2000Scope Settings Channel a Channel BAppendix F CE Certificate of Conformity Appendix G Exida Certificate MT2000-0200-1 Rev f 10-2007 DCN0160 MT2000-0200-01 Rev f 10-2007 DCN0160 MT2000-0200-1 Rev f 10-2007 DCN0160 10a Appendix I Mounting Configurations3a, 3b 10bAppendix J Warranty Statement Year Warranty for
Top Page Image Contents