MEASUREMENT TECHNOLOGY LCI-90 Installation Manual Download Page 3

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Measurement Technology NW

LCI-90 Operator Manual

Page 3

5.5.1

Tension Tare ................................................................................................................................ 32

5.6

Shunt Calibration ................................................................................................................ 33

5.6.1

Shunt Calibration ......................................................................................................................... 33

5.7

Wrap Angle (single-input configurations)......................................................................... 34

5.7.1

Wrap angle adjustments............................................................................................................... 34

5.8

Sensor Angle (two-axis input configurations) ................................................................... 35

5.8.1

Sensor Angle Correction for Dual-Axis Load Pins...................................................................... 35

5.9

Payout Calibration .............................................................................................................. 36

5.9.1

Payout Scale................................................................................................................................. 36

5.9.2

Payout Preset ............................................................................................................................... 36

5.10

Display Configuration ..................................................................................................... 37

5.10.1

Locating variables on screen........................................................................................................ 37

5.10.2

Setting display units..................................................................................................................... 38

5.10.3

Setting decimal places ................................................................................................................. 39

5.10.4

Setting Bar Graph Range ............................................................................................................. 39

5.10.5

Tension Display Smoothing......................................................................................................... 39

5.10.6

Screen saver ................................................................................................................................. 39

6.0

Hardware Configuration ............................................................................................. 40

6.1

Security................................................................................................................................. 40

6.2

Factory Setup ....................................................................................................................... 40

6.3

Analog Input Configuration ............................................................................................... 41

6.3.1

Using Multiple Tension Sensors .................................................................................................. 42

6.3.2

Sensor Input Check Alarm........................................................................................................... 42

6.4

Analog Output Channels .................................................................................................... 43

6.4.1

Calibrating the analog output signal ............................................................................................ 44

6.5

Alarm Configuration........................................................................................................... 44

6.5.1

Alarm types.................................................................................................................................. 45

6.5.2

Alarm limits ................................................................................................................................. 45

6.5.3

Alarm outputs .............................................................................................................................. 45

6.6

Serial Communication......................................................................................................... 45

6.6.1

Local/Remote operation modes ................................................................................................... 46

6.6.2

Programming remote displays ..................................................................................................... 47

6.6.3

AUX com port settings ................................................................................................................ 47

6.6.4

Protocol descriptions.................................................................................................................... 48

6.6.5

Polling Strings ............................................................................................................................. 49

7.0

Remote Display Operation ........................................................................................... 50

7.1

Active Remotes – REM-A ................................................................................................... 50

7.2

Blind Remotes – REM-B..................................................................................................... 51

8.0

Troubleshooting ........................................................................................................... 52

8.1

DIAG screen operation ....................................................................................................... 52

8.2

Troubleshooting procedures............................................................................................... 53

8.3

Technical support ................................................................................................................ 57

9.0

Appendix A – Dimensional Drawing .......................................................................... 58

Summary of Contents for LCI-90

Page 1: ...CONTROL INSTRUMENT www mtnw usa com MEASUREMENT TECHNOLOGY NW TENSION LBS 100000 0 250000 SPEED PAYOUT 61 00 23500 FT FPM MENU DIAG ALRM CALB RSET TENSION L PAYOUT H 110000 SPEED H 4211 24th Ave West Seattle WA 98199 USA Phone 206 634 1308 Fax 206 634 1309 Email LCI mtnw usa com Copyright 2003 ...

Page 2: ...ay power and fuse 13 4 1 2 Tension Sensor Inputs 13 4 1 3 Count Sensor Inputs 16 4 1 4 Alarm Outputs 17 4 1 5 Shunt Calibration 19 4 1 6 Analog Outputs 19 4 1 7 Serial Communications 20 4 2 Wiring Hookup LCI 90R Remote Display 21 4 2 1 LCI 90R display power and fuse 21 4 2 2 LCI 90R communication ports 22 4 3 Display brightness adjustment 23 5 0 Local Display Operation 24 5 1 Front Panel Identific...

Page 3: ...5 10 6 Screen saver 39 6 0 Hardware Configuration 40 6 1 Security 40 6 2 Factory Setup 40 6 3 Analog Input Configuration 41 6 3 1 Using Multiple Tension Sensors 42 6 3 2 Sensor Input Check Alarm 42 6 4 Analog Output Channels 43 6 4 1 Calibrating the analog output signal 44 6 5 Alarm Configuration 44 6 5 1 Alarm types 45 6 5 2 Alarm limits 45 6 5 3 Alarm outputs 45 6 6 Serial Communication 45 6 6 1...

Page 4: ...Angle Calculations 61 12 0 Appendix D Idealized Dual Axis Load Pin Geometry 62 13 0 Appendix E Non Idealized Dual Axis Load Pin Geometry 63 14 0 Appendix F LCI 90 Specifications 64 15 0 Appendix G LCI 90R Specifications 67 16 0 Appendix H LCI 90 IFB Wirelist 68 17 0 Appendix I LCI 90 SS Bracket Mounting Footprint 70 ...

Page 5: ...ayout Hookup TTL Encoder 17 Figure 4 13 Alarm Output Hookup 4 Channels 18 Figure 4 14 Shunt Calibration Hookup 19 Figure 4 15 Voltage Output Hookup 2 Channels 19 Figure 4 16 4 20 mA Current Output Hookup 2 Channels 19 Figure 4 17 Isolated Analog Output Hookup 2 Channels 20 Figure 4 18 RS 232 Auxiliary Communcation Hookup 20 Figure 4 19 RS 232 Network Communcation Hookup 20 Figure 4 20 RS 485 Netwo...

Page 6: ...l that appears immediately above it in the Display As the operator navigates through various displays the functions of these keys and their associated labels will change The LCI 90 can be user configured to accept inputs from a range of Tension and Payout sensors display the parameters in different locations and resolutions enable as many as six different alarms and select a variety of serial comm...

Page 7: ...eld Wiring Basic field wiring connections for the LCI 90 are those required for power the force transducer and the quadrature Payout sensors The base unit LCI 90 i e no options is shipped with hardware settings to accommodate the following field devices one 4 20 mA Tension signal and two PNP proximity switch inputs for Payout The LCI 90 can be connected to a broad range of field sensors wiring con...

Page 8: ...are used Setup procedures for alarms analog outputs input isolation modules and serial communication options are discussed in Sections 4 0 6 0 2 4 Basic Operation The LCI 90 base unit is configured at the factory to display Tension at the top of the screen both numerically and as an analog bar graph immediately underneath Speed is displayed in the middle on the left and Payout on the right as show...

Page 9: ...nsor use the UP and DOWN keys to align the pointer with menu item 5 PAYOUT SCALE then press ENT to move to the input field Now use the INCR DECR and keys to change the value to the correct number of pulses per foot See 5 9 for details the number of decimal places shown is adjusted to maintain four digit accuracy Pressing ENT will accept the new value pressing ESC will restore the old value Pressin...

Page 10: ...ter the full scale Tension sensor output in pounds Then select Item 3 and enter the Tension offset in pounds The ENT key accepts the new value the ESC key restores the old value Press RUN to save the new values for future use and to return to the RUN Screen display This completes the initial calibration of the instrument 2 1 TENSION CAL METHOD 1 1 CALIBRATION SCL OFS 2 FULL SCALE 20000 LBS 3 OFFSE...

Page 11: ...will fit in a 7 15 x 5 25 cutout tolerance 0 01 0 100 with a minimum of 4 75 depth clearance see Appendix A for dimensional drawing The front panel can be up to 5 8 thick 3 3 Display Mounting The instrument is held in place with removable panel clamps that index into the slotted holes on all sides of the display Four clamps are included with each display but the unit can be installed using as few ...

Page 12: ... switch numbers required hardware options and section of this manual covering the wiring termination Function Menu Number DIP Switch Std Option Wiring Manual Section DC Power N A N A Std 4 1 1 Analog Input Direct 4 20 mA 4 2 SW1 Std 4 1 2 Analog Input Direct DC Voltage 4 2 SW1 Std 4 1 2 Analog Input Isolated 4 2 SW1 21 22 23 4 1 2 Payout Sensor Input 2 0 SW4 Std 4 1 3 Alarm Output 4 4 SW2 01 02 03...

Page 13: ...d for Overvoltage Installation Category III The LCI 90 requires an 18 36 Volt DC power source The connection for the power is shown below TB5 Power 18 36 VDC 0 5 A 24 DC GND DC Figure 4 3 Local Display Power Hookup DC Power 4 1 2 Tension Sensor Inputs The Tension sensor analog inputs are terminated on TB1 for direct input and TB6 for signal conditioning modules The optional analog input modules Ap...

Page 14: ... two adjacent channels The first channel should be the x axis input the second channel should be the y axis input Both channels must be configured for 2 AXIS input see 6 3 Refer to 5 8 and 12 13 Appendices D E for more details about this configuration Below are the wiring diagrams for the different sensor types and excitation scenarios Direct Input 4 20 mA Three Wire Channel 1 TB1 Force Xducer 3 W...

Page 15: ...ct Input DC Voltage 24 Volt Excitation Channel 1 TB5 Force Xducer Voltage Output 24 VDC EXCITATION GND EXCITATION TB1 1 SIGNAL 1 SIGNAL Figure 4 7 Tension Hookup 4 Wire DC Voltage Input Isolated Input 4 Wire Strain Gauge with Module TB6 Force Xducer Strain Gauge MOD1 V EXCITATION MOD1 V EXCITATION TB6 MOD1 S SIGNAL MOD1 S SIGNAL Note 4 wire strain gauge module must be inserted in correct position ...

Page 16: ...2 V Y AXIS EXCITATION MOD2 S Y AXIS SIGNAL MOD2 S Y AXIS SIGNAL Note Each 4 wire strain gauge module must be inserted in correct position Figure 4 10 Dual Axis Tension Hookup Two 4 Wire Strain Gauge Inputs 4 1 3 Count Sensor Inputs The count sensor inputs are terminated on TB4 The LCI 90 can accept NPN and PNP type proximity and Hall Effect inputs as well as TTL CMOS encoder inputs The input volta...

Page 17: ...ION Figure 4 12 Payout Hookup TTL Encoder 4 1 4 Alarm Outputs The four alarm outputs are terminated on TB3 The LCI 90 requires optional G5 type optically isolated output modules to implement the alarm outputs These are available in both solid state and hard contact types with a variety of voltage and current ratings The specific DIP switch settings required for the Alarm Outputs are shown in Appen...

Page 18: ...ice 1 OPTO 1 ALARM 1 SIGNAL 1 OPTO 1 ALARM 1 SIGNAL 2 OPTO 2 ALARM 2 SIGNAL 2 OPTO 2 ALARM 2 SIGNAL 3 OPTO 3 ALARM 3 SIGNAL 3 OPTO 3 ALARM 3 SIGNAL 4 OPTO 4 ALARM 4 SIGNAL 4 OPTO 4 ALARM 4 SIGNAL Note Associated output modules must be installed in the correct position Figure 4 13 Alarm Output Hookup 4 Channels ...

Page 19: ...t be referenced to external power common Figure 4 14 Shunt Calibration Hookup 4 1 6 Analog Outputs The LCI 90 provides two non isolated analog outputs on TB2 or two isolated out puts on TB6 using signal conditioning modules In both cases these outputs can be 4 20 mA 0 5 Vdc or 0 10 Vdc Below are wiring diagrams for the different output types Direct Voltage Output TB2 Field Device V0 SIGNAL G SIGNA...

Page 20: ...ork port can be added for data logging to a single remote device in close proximity For long cable runs or multi drop applications this option can be replaced by an electrically isolated RS 485 port An auxiliary RS 232 port is also available for serial output to user supplied logging or display devices The RS 485 serial termination is set using the DIP switch settings in Appendix B Below are the w...

Page 21: ...g and other options associated with the LCI 90R 4 2 1 LCI 90R display power and fuse The LCI 90R unlike the LCI 90 can accept either DC power standard or AC power optional The fuse F1 is located on the rear panel of the display Use a flat blade screwdriver to open the cover for access The replacement part is a 5 x 20 mm fuse rated according to the system options See the table below for fuse sizing...

Page 22: ... LCI 90 is connected to a single LCI 90R remote within 50 feet If multiple remote displays are to be used or if the network cabling distance is over 50 feet the RS 485 option should be used The auxiliary port is RS 232 which can be configured via the Remote Setup feature described in Section 5 6 to transmit line variables to logging or display devices using a variety of protocols Below are the wir...

Page 23: ...units Figure 4 26 LCI 90R Network RS485 Hookup 4 3 Display brightness adjustment The display brightness on the HT model can be varied by using the rear panel DIP switches SW 5 on the LCI 90 SW 2 on the LCI 90R to change the scan rate or by adjusting the rotary potentiometer also on the rear panel marked DISP The DIP switch settings are described in Appendix B Varying the DISP potentiometer is most...

Page 24: ...of the five menu keys during RUN mode are as follows MENU Displays the menu for programming and or calibration of the unit Section 5 2 describes the navigation and data editing within the programming menu DIAG Switches to the diagnostics screen which shows raw sensor inputs and scaled Tension and Payout values Once in DIAG mode the same button now labeled MAIN returns the display to the RUN screen...

Page 25: ...s to the bottom DOWN Moves pointer down the menu wraps to the top ENT If the pointer indicates a sub menu jumps to that menu If the pointer indicates a data field enters Edit mode to allow changes on the selected field see below ESC Moves back one menu level When reaching the top menu displays the message DISCARD CHANGES NO YES Pressing ESC under the YES label will discard all changes made while i...

Page 26: ...es correspond to how the user configured them Figure 5 3 below is an example display of alarms 1 2 being configured as high Tension alarms alarms 3 4 configured as Payout high and low alarms alarm 5 configured as a Speed high alarm and alarm 6 unused It would be unlikely to have all these messages on the display at one time but each has its own location to prevent them from overwriting each other ...

Page 27: ... to a value beyond the dead band range the message will go away If the user configures the alarm to output to a relay module that module will track the screen display it will energize when the alarm event occurs and de energize when the condition goes away If multiple alarms use the same output module then all alarm conditions must clear before the relay will de energize Pressing the ALRM key afte...

Page 28: ...LIMIT 1000 FT 6 DEADBAND 20 FT Item 1 Directs the configuration to alarm numbers 1 6 Edit this field first to view the information for the desired alarm channel Item 2 Sets the alarm to monitor Tension Payout or line Speed There are no limits to how many of the six channels can be assigned to each variable Item 3 Relates the alarm condition to an opto output module as shown in the table below Ther...

Page 29: ...ts the dead band associated with the alarm setting The dead band value prevents chattering The alarm turns on at the limit specified and remains on until the line variable is less than LIMIT DEADBAND for high alarms or greater than LIMIT DEADBAND for low alarms 5 4 Tension Calibration To perform a Tension calibration press CALB to display the main calibration menu 2 0 CALIBRATION shown below Selec...

Page 30: ...l the message DISCARD CHANGES NO YES appears and choose YES 5 4 2 Two point live calibration The two point live calibration method allows the Tension input to be calibrated using actual weights or measured line Tensions in the field The two point live calibration automatically calculates the Scale and Offset values described in section 5 4 1 based on the applied weights When you perform a two poin...

Page 31: ...ng conditions The message above the keypad now reads PRESS ENT TO GRAB ENT ESC Once the reading has stabilized press ENT to grab the value or ESC to cancel the reading 7 While not recommended there may be occasions where it would be helpful to numerically edit the INPUT LO and INPUT HI fields This is possible by moving to Item 4 and changing it from LIVE to EDIT This will allow the INPUT HI and LO...

Page 32: ...after the TENSION label When Tension Tare is turned OFF the tare value and the asterisk are removed and the actual tension is again displayed 2 0 CALIBRATION 1 TENSION THREE METHODS 2 TENSION TARE ON 3 SHUNT CAL OFF 4 WRAP ANGLE 120 DEG 5 PAYOUT SCALE 2 800 P FT 6 PAYOUT PRESET 150 FT 5 5 1 Tension Tare The tare function is a way to zero a small displayed tension value Care should be taken when us...

Page 33: ...opened OFF 2 0 CALIBRATION 1 TENSION THREE METHODS 2 TENSION TARE OFF 3 SHUNT CAL ON 4 WRAP ANGLE 120 DEG 5 PAYOUT SCALE 2 800 P FT 6 PAYOUT PRESET 150 FT 5 6 1 Shunt Calibration The Shunt Cal function requires a load pin or cell with an internal relay that when energized connects a precision resistor in parallel with one leg of the bridge This perturbation simulates a known change in tension whic...

Page 34: ...ility to correct for variations in sheave geometry by allowing the user to specify the wrap angle See 11 for a definition of this angle and a table showing the effect it has on the measured tension The wrap angle correction only applies to fixed sheave angle geometries if this angle varies for example a sheave mounted on a movable boom or a load that swings through an arc a dual axis load pin 5 8 ...

Page 35: ...endent measurement bridges oriented 90 from each other one labeled x the other y The LCI 90 combines these signals to cal culate the actual line tension which is independent of the wrap angle However the calculation is only correct if the y axis of the sensor is aligned exactly parallel to the winch line See 4 1 2 for sensor hookup and 12 13 for geometrical definitions Even small deviations from t...

Page 36: ... follows Payout Scale Number of Targets Sheave Circumference The LCI 90 expects to receive pulses generated by a pair of offset sensors that see the targets in sequence or quadruture pulses generated by a shaft encoder The quadra ture signal allows the count to increment or decrement depending on the direction of motion The quadrature outputs of the two sensors called A and B look like two superim...

Page 37: ...st important parameter since it includes a bar graph beneath the numeric display The RIGHT location can display up to 5 digits and the LEFT location can display up to 4 digits If the number is too large for the assigned space the rightmost digits are clipped to make it fit In this case the LCI 90 will display OR over the top of the rightmost digit to indicate the display is over the digit limit fo...

Page 38: ... tically accommodate the changes If the RUN screen shows 3000 0 LBS on the Tension display and the Tension units are changed to tons the screen will immediately display 1 5 TONS with no other changes necessary The available Units and their abbreviations are listed in the table below Item 2 in menus 3 1 3 2 and 3 3 listed above in Section 5 10 1 determines the units used for each line variable To c...

Page 39: ...libration and the input range of the Tension input channels This full scale Tension is calculated by the LCI 90 after every calibration operation automatically updating menu 3 1 Item 4 This ensures that the full scale of the Tension bar graph is the true full scale of the sensor as calibrated After calibration the full scale value can be adjusted by the user to change the upper limit on the graph ...

Page 40: ...B and ALRM SET are locked out The user can access the DIAG screen s and can silence alarms but all menu items are locked out except for the security option To change the Security setting press ENT This will highlight the default value 0 off 1 on and allow the operator to enter a security code This number can be any value between 2 and 255 which will become the security unlock code so it should be ...

Page 41: ... Locations and Menu Names Item 2 Selects the input range for the channel in Item 1 The choices are 4 20 mA 0 5V 0 10V and 10 to 10V Note the DIP switch settings in Appendix B section 10 Item 3 Assigns the analog input channel to a line variable The choices for the standard LCI 90 are NONE and TENSION consul the factory for other options Items 4 7 are disabled when NONE is selected Item 4 The LCI 9...

Page 42: ...will automatically point to this item and pressing ENT will take you to the 4 2 ANALOG INPUT CONFIG screen discussed in this section Section 6 3 Possible Tension Input Errors 7 TENSION ERROR NO INPUT Or 7 TENSION ERROR 4 INPUTS Or 7 TENSION ERROR 1 woMULT Or 7 TENSION ERROR MULT DIFR Or 7 TENSION ERROR RANGES NO INPUT no channels have been selected for TENSION 4 INPUTS more than four channels are ...

Page 43: ...se of the analog output channels is to create a signal that mirrors one of the line variables over a user determined range A description of each item in this menu is given below 4 2 ANALOG OUTPUT CONFIG 1 CHANNEL NO 1 2 OUTPUT RANGE 0 5 V 3 INPUT VAR TENSION 4 FULL SCALE 6000 LBS 5 OFFSET 3000 LBS Item 1 Selects the channel number 1 2 that the configuration applies to These channels correspond spe...

Page 44: ...of a trip point while Alarm Configuration allows the user to disable the alarm completely change the variable associated with the alarm or change the alarm from a High value above to a Low value below condition Menu 4 3 described below can be reached either through Item 7 of the 1 0 SET ALARMS menu or Item 4 of the 4 0 SYSTEM CONFIGURATION menu 4 3 ALARM CONFIGURATION 1 ALARM NO 3 2 VARIABLE PAYOU...

Page 45: ...nd in the correct direction Alarm conditions can also be used to turn on a warning light create a raucous sound or signal a remote monitoring system These actions are accomplished by turning on one of the optional Opto Modules which can then be wired to set off an external alarm Since the LCI 90 can have up to four 4 such modules the possible output options Item 3 are SCREEN SCR OP1 SCR OP2 SCR OP...

Page 46: ... data protocol used by the AUX port There are currently four options 0 1 2 3 which are discussed in Section 6 6 4 below Item 7 Selects whether output from the AUX port is broadcast or polled The details are spelled out in Section 6 6 5 6 6 1 Local Remote operation modes The basic LCI 90 is a self contained instrument which both measures and displays the three standard line variables Tension Speed ...

Page 47: ...arameters It is possible that a very noisy network connection this does happen could corrupt the data If the Remote unit detects any errors and is unable to obtain an error free set of parameters after several attempts it will revert to its existing values and display the message SU ERR in the top display position SU stands for SetUp Should this happen the best approach is simply to repeat the ope...

Page 48: ... commas Excel calls this a CSV Comma Separated Values format CCCC is a 4 digit always decimal field which contains the sum of the ASCII values of all preceding characters inclu ding the commas but not including the four CCCC characters All characters included in the sum have ASCII values less than 127 hence it will not matter if the receiving device uses 7 bit or 8 bit characters Spurious characte...

Page 49: ... its own designated Polling String For Protocols 0 and 1 the two MTNW protocols the Polling String can be anything containing a Carriage Return ASCII 13 Thus if the AUX port is connected to a Terminal Emulator program running on a PC for example HyperTerm just hitting the Enter key will cause the LCI 90 to send a data string Similarly a data logging system only needs to send a blank line to get a ...

Page 50: ...steady stream of data from the Local unit hence if that stream is interrupted for more than five 5 seconds for example the Local unit is powered down or the Network is disconnected then the Remote will blank all display fields to prevent the user from being misled by stale values The bar graph on the other hand remains frozen at its last value serving as a further clue that something is amiss In a...

Page 51: ... by connecting them to a LCI 90 Local display or per request by the Supplier REM B units like REM A displays need not use the same display configuration as other LCI 90s in the network but in order to change a REM B configuration a Local unit must first be set up in the desired manner so that its configuration can be copied to the REM B unit by means of the 4 4 2 CONFIG REMs menu item which is onl...

Page 52: ...65 mA 1450 LBS IN 2 7 430 mA 2308 LBS COUNT 2452 P 12630 FT Figure 8 1 Diagnostics Screen Display The first items displayed are the active analog input channels There can be from one to four of these depending on the Analog Input Configuration two are shown in Fig 8 1 These lines show the raw input signal as measured by the LCI 90 and the resulting scaled Tension on a per channel basis the combine...

Page 53: ...5 GND If unit has power and there is no voltage then the fuse is suspect Check and replace fuse Screen is faulty Listen closely for high frequency hum coming from the within the LCI 90 Contact supplier Display brightness adjustment set too low Adjust the potentiometer labeled DISP on the rear panel over its full range Set potentiometer to desired brightness level for normal operation Internal powe...

Page 54: ... Ensure that there is an overlap between on time of channels A and B on the payout sensor Adjust sensor mounting or target width to guarantee overlap Problem No Response or Zero Value for Tension Signal Possible Causes Diagnosis Remedies Incorrect scaling Check menu 2 1 for correct values of Offset and Full Scale Recalibrate if incorrect No sensor input Press DIAG to view diagnostics screen Use a ...

Page 55: ...is not connected to COM Baseline noise cannot be remedied Adjust Tension Smoothing filter to reduce the effective noise See 5 6 5 Ground loop Draw or review a schematic of the tension input sensor LCI 90 con nection to identify any ground loops Use Isolation module on Tension input Draw or review a schematic of the tension input sensor LCI 90 con nection to identify any ground loops Install or rem...

Page 56: ...t the expected module will be energized by the alarm condition Each alarm must be programmed to output to OP1 OP4 to energize a module Review manual Section 5 3 for alarm use and configuration Incorrect DIP switch settings Review the settings for SW2 to configure the output module slots See Appendix B Blown fuse on output module Remove fuse and check with an ohmmeter Check for shorts in the circui...

Page 57: ...d the display or the manufacturer for additional technical support When seeking technical support please fax or e mail notes including a description of the problem all relevant menu DIP switch and jumper settings any hardware options installed plus a description of the field devices in use and how they are terminated on the LCI 90 Measurement Technology Northwest 4211 24th Ave West Seattle WA 9819...

Page 58: ...igital I O D 3 78 Only isolated digital I O D 4 68 Isolated analog I O D 4 73 2 Unit fits into 7 15 x 5 25 cutout 3 All units in inches 4 Panel mount configuration shown LCI 90 LINE CONTROL INSTRUMENT www mtnw usa com MEASUREMENT TECHNOLOGY NW TENSION LBS 1000000 250000 SPEED PAYOUT 61 00 23500 FT FPM MENU DIAG ALRM CALB RSET TENSION L PAYOUT H 110000 SPEED H ...

Page 59: ... ON 2 OUT OFF ON 3 OUT OFF ON 4 OUT OFF ON 1 IN ON OFF 2 IN ON OFF 3 IN ON OFF 4 IN ON OFF SW 3 RS 485 Serial Termination and General Purpose Digital Input Bits Function SW3 1 SW3 2 SW3 3 SW3 4 SW3 5 RS 485 Term OFF OFF OFF RS 485 Term ON ON ON BIT 1 HIGH OFF BIT 2 HIGH OFF BIT 3 HIGH OFF BIT 1 LOW ON BIT 2 LOW ON BIT 3 LOW ON Note Make sure that SW3 3 SW3 4 and SW3 5 are always in the OFF positio...

Page 60: ...NOT simultaneously position SW4 1 and SW4 2 in the ON position DO NOT simultaneously position SW4 3 and SW4 4 in the ON position SW5 Display Scan Rate HT Option Only Display Luminance SW5 1 SW2 1 on the LCI 90R SW5 2 SW2 2 on the LCI 90R 100 OFF OFF 75 OFF ON 50 ON OFF 30 ON ON Denotes switch setting does not affect parameter configuration Denotes factory default settings Denotes hardware options ...

Page 61: ...0191 48 0 54732 86 0 68366 124 1 06503 162 3 19623 12 0 50275 50 0 55169 88 0 69508 126 1 10134 164 3 59265 14 0 50375 52 0 55630 90 0 70711 128 1 14059 166 4 10275 16 0 50491 54 0 56116 92 0 71978 130 1 18310 168 4 78339 18 0 50623 56 0 56629 94 0 73314 132 1 22930 170 5 73686 20 0 50771 58 0 57168 96 0 74724 134 1 27965 172 7 16779 22 0 50936 60 0 57735 98 0 76213 136 1 33473 174 9 55366 24 0 51...

Page 62: ...is is parallel to the line going to the winch This is a fixed relationship but as the equations below show can vary without changing the calculated Tension Equations Y Y X T Y Y X Y Y Y X Y T T H T Y T Y X T Y T Y T X T Y T Y T Y T T Y y F T X T X T X x F 2 2 2 cos 2 1 1 2 1 cos sin 1 2 cos 1 cos 0 cos 0 sin sin 0 sin 0 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 ...

Page 63: ...h that the y axis of the load pin is exactly parallel to the winch line The LCI 90 has the ability to correct for this orientation error In the example above the load pin is oriented along X1 and Y1 axis The idealized condition discussed in the previous section had the load pin oriented along the X and Y axis The angle is the Sensor Angle specified in the 2 0 Calibration menu ...

Page 64: ...5 A maximum Std Heat Output 8 Watts typical Std LCI 90 DISPLAY Std Option Type Graphic electro luminescent 320 x 240 pixels Std View Angle 160 degrees Std Viewing Area 4 7 wide x 3 6 high Std Brightness High brightness 50 cd m2 Std Ultra high brightness 340 cd m2 HT Contrast Fixed Std Adjustable HT Characters 6 at top center 4 at lower left 5 at lower right Std LCI 90 COUNT SENSOR INTERFACE Std Op...

Page 65: ...19200 Aux Port 4800 to 19200 Std Protection RS 485 option 2500 V rms 11 LCI 90 ANALOG SENSOR INPUT Std Option Type 4 to 20 mA non isolated 2 3 and 4 wire Std 0 5 VDC non isolated Std 0 10 VDC non isolated 20 4 to 20 mA isolated 2 3 and 4 wire 21 0 10 VDC isolated 22 4 Wire Strain Gauge load range 10 k to 300 23 Channels Four channels total Std Protection 16 V peak DC Std 20 1500 V rms 21 23 Impeda...

Page 66: ...ximum 30 0 10 VDC non isolated load range 0 to 1000 31 4 to 20 mA isolated load range 0 to 750 32 0 10 VDC isolated load range 0 to 1000 33 Channels Two channels total Std Protection Non isolated 16 V peak DC 30 31 Isolated 4 to 20 mA 240 V rms 32 33 Resolution 12 bits 1 4096 Std Accuracy 0 05 1 LSB Std Update 4 Hz typical Std ...

Page 67: ...0 5 A typical 0 75 A maximum Std 85 250 VAC 13 W typical 18 W maximum AC Heat Output 8 Watts typical Std LCI 90R DISPLAY Std Option Type Graphic electro luminescent 320 x 240 pixels Std View Angle 160 degrees Std Viewing Area 4 7 wide x 3 6 high Std Brightness High brightness 50 cd m2 Std Ultra high brightness 340 cd m2 HT Contrast Fixed Std Adjustable HT Characters 8 at top center 4 at lower left...

Page 68: ...B9 24VDC Output TB1 24 TB10 Analog Output 1 Volts TB2 V0 TB11 Analog Output 1 mA TB2 I0 TB12 DC Common TB2 G TB13 Analog Output 2 Volts TB2 V1 TB14 Analog Output 2 mA TB2 I2 TB15 DC Common TB2 G TB16 Opto 1 High TB3 1 TB17 Opto 1 Low TB3 1 TB18 Opto 2 High TB3 2 TB19 Opto 2 Low TB3 2 TB20 Opto 3 High TB3 3 TB21 Opto 3 Low TB3 3 TB22 Opto 4 High TB3 4 TB23 Opto 4 Low TB3 4 TB24 5VDC Output TB4 5 TB...

Page 69: ...6 MOD2 V TB41 Iso Analog Input 3 Exc TB6 MOD3 V TB40 Iso Analog Input 3 Sig TB6 MOD3 S TB39 Iso Analog Input 3 Sig TB6 MOD3 S TB38 Iso Analog Input 4 Exc TB6 MOD4 V TB37 Iso Analog Input 4 Sig TB6 MOD4 S TB36 Iso Analog Input 4 Sig TB6 MOD4 S TB35 RS 485 T R TB7 T R TB49 RS 485 T R TB7 T R TB50 RS 485 SHD TB7 SHD TB51 RS 485 SHD TB7 SHD TB52 RS 485 T R TB7 T R TB53 RS 485 T R TB7 T R TB54 RS 232 T...

Page 70: ...Measurement Technology NW LCI 90 Operator Manual Page 70 17 0 Appendix I LCI 90 SS Bracket Mounting Footprint ...

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MEASUREMENT TECHNOLOGY LCI-90, Installation Manual

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