Rice Lake SCT-1100 Advanced Series Technical Manual
  1. Manuals
  2. Brands
  3. Rice Lake Manuals
  4. Transmitter
  5. SCT-1100
  6. Technical manual

Rice Lake SCT-1100 Advanced Series Technical Manual

Weight transmitter
Hide thumbs Also See for SCT-1100 Advanced Series:
Table of Contents

Advertisement

Quick Links

Download this manual
SCT-1100 Advanced Series
Weight Transmitter
Technical Manual
PN 185658 Rev A
October 31, 2017

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the SCT-1100 Advanced Series and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Rice Lake SCT-1100 Advanced Series

Summary of Contents for Rice Lake SCT-1100 Advanced Series

  • Page 1 SCT-1100 Advanced Series Weight Transmitter Technical Manual PN 185658 Rev A October 31, 2017...
  • Page 2 All information contained within this publication is, to the best of our knowledge, complete and accurate at the time of publication. Rice Lake Weighing Systems reserves the right to make changes to the technology, features, specifications and design of the equipment without notice.

  • Page 3: Table Of Contents

    4.2 Setup Mode Menu ............. . . 32 Technical training seminars are available through Rice Lake Weighing Systems.
  • Page 4 Save the Label to Permanent Memory ..........79 Troubleshooting ..........................80 Specifications ..........................81 Rice Lake continually offers web-based video training on a growing selection of product-related topics at no cost. Visit www.ricelake.com/webinars SCT-2200 Weight Transmitter...

  • Page 5: Introduction

    • alibi memory • hold function • peak detector • weighing totalizer • piece counter Manuals can be viewed or downloaded from the Rice Lake Weighing Systems website at www.ricelake.com/manuals Warranty information can be found on the website at www.ricelake.com/warranties Introduction...

  • Page 6: Safety

    Do not operate or work on this equipment unless this manual has been read and all instructions are understood. Failure to follow the instructions or heed the warnings could result in injury or death. Contact any Rice Lake Weighing Systems dealer for replacement manuals. WARNING Failure to heed could result in serious injury or death.

  • Page 7: Overview

    Overview The indicator has a plastic case with external dimensions as shown in Figure 1-1. 2.28 Figure 1-1. SCT-1100 Dimensions and Components Description (+) 12/24 Vdc power supply input GND power supply input Connection for serial lines/inputs/outputs Connection for load cell Table 1-1.
  • Page 8 The front panel of the SCT-1100 consists of a display with six digits that are 13 mm (0.5'') high, six LED function annunciators and a five-key keyboard. Figure 1-2. SCT-1100 Front Panel Key or Item No. Description ZERO – Clears the displayed gross weight of up to ± 2% of the total capacity; Cancels a negative tare value In setup: scroll through parameters In numeric input: decreases the digit to be modified TARE –...

  • Page 9: Quick Setup Menu

    Quick Setup Menu Press to turn the instrument on. Enter the quick setup menu by pressing as the firmware version displays. Press to set decimals and minimum division. DIV.DEC CEL.CAP Press , and to set the total capacity of the load cells. Press , and to set the mV/V sensitivity of the load cell.

  • Page 10: Scale Setup

    4. Press until  displays. 5. Press .  displays. 6. Press .  displays. Press until the instrument displays . to confirm.  displays momentarily and the instrument reboots. 8. Press Scale Setup Use this procedure to set the scale(s). To connect more than four cells, it is necessary to trim the cells. 1.

  • Page 11: Installation

    Installation Rice Lake Weighing Systems recommends the instrument and the platform (transducer) be installed on a flat level surface, that is stable and vibration free. Location Selection IMPORTANT The following should be considered when selecting a location for the equipment:...

  • Page 12: Grounding The System

    Grounding the System For proper grounding and optimal functioning of the system, it is necessary to create a single point ground in proximity of the instrument on which to connect the ground of the instrument connected cables. Connect the ground point of the instrument, load cells and weighing structure directly to the ground bar of the electric panel or to a grounding rod.

  • Page 13: Connection To The Load Cell

    Connection to the Load Cell After proper grounding of the platform and the load cell, connect the shielded cable from the load cell to the instrument ground. See Figure 1-1 on page The load cell terminal board of the instrument may be connected to the 6-wire load cell; 4-wire load cell must jumper sense to the excitation.

  • Page 14: Wiring Schematic

    Wiring Schematic Load Cell 1 RS-232 SIG + RS-485 SIG – SEN + SEN – EXC + EXC – SIG + Analog Output SIG – Load EXC + Cell 2 Load Cell 2, 3, 4 EXC – SIG + Load SIG –...

  • Page 15: Inputs And Outputs

    2.6.1 Inputs and Outputs 60Vdc 0.15A max 48Vac 0.15A max Figure 2-5. Input/Output Wiring The maximum power of the outputs 48 Vac 0,15 A max (or 60 Vdc 0,15 A max), the maximum voltage applicable to the inputs is between 12 and 24 Vdc with current from minimum 5 mA to maximum 20 mA. Installation...

  • Page 16: Operation

    Operation Power Supply and Start Up The instrument must be powered with stabilized voltage at 12 VDC or 24 VDC supplied from an AC/DC external charger (not included) which should be connected to appropriately rated AC main voltage. To power the instrument, connect the two power supply cables to the appropriate terminal board (Figure 1-1 on page 3) on the side or the back of the instrument.
  • Page 17 Manual Tare Press for a few seconds.  displays and then . Enter the desired tare value using the following keys: • decreases the blinking digit • increases the blinking digit • selects the digit to be modified (moves left to right, selected digit blinks) •...

  • Page 18: Auto Power Off

    Tare Function Limitations It is possible to limit the tare functions by setting  in the step . See Table 4-5 on page 35. The tare operations will have the following specifications: Scale Capacity Function   (no remote display for the visualization of the tare) (remote display for the visualization of the tare) <220 lb All tare functions are disabled •...

  • Page 19: Multi-Range Function

    Multi-Range Function The multi-range function allows for subdividing the scale capacity in two, each up to 3000 divisions. Example: with a 10 kg cell platform it is possible to approve the weighing system with: Single range: 6 kg capacity and 2 g division (3000 div.) Dual range: 6/3 kg capacity and 2/1 g division (3000 + 3000 div.) Multi-range functioning is indicated by illumination of the relative LED identifying the operating range;...

  • Page 20: Printing

    Printing The following weight data can be programmed to print to a connected printer. See Section 6.11 on page • 4 heading lines of 24 characters • Gross weight • Tare weight • Net weight • Ticket number • Date and time (optional) •...

  • Page 21: Re-Enabling Printouts And Instrument Functions

    SCALES SCALES PRIMARY LINE 1 PRIMARY LINE 1 PRIMARY LINE 1 PRIMARY LINE 2 PRIMARY LINE 2 PRIMARY LINE 2 PRIMARY LINE 3 PRIMARY LINE 3 PRIMARY LINE 3 PRIMARY LINE 4 PRIMARY LINE 4 PRIMARY LINE 4 SCALES 1 10.00 lb SCALES 2 10.00 lb...

  • Page 22: Selecting The Channel To Be Displayed

    3. Press to scroll forward or back through the following data. • First range capacity  • First range minimum weight  • First range division  • Second range division  • Second range minimum weight  • Second range division  •...

  • Page 23: Unit Of Measure Conversion

    5. Press to confirm selection. 6. Slowly press multiple times until displays. • Press to confirm and store to the instrument memory • Press any other key to cancel and exit without saving       modes require additional parameter settings. See the following Note sections for detailed information on each operational mode.

  • Page 24: Multi-Scale Repeater

    To Use Input/Output Weighing Mode 1. Press to acquire first weight.  displays. 2. Press again to acquire second weight.  displays. Data prints after acquisition of the second weight. Press and hold to enter the setpoint input menu . See Section 4.3 on page Note ...
  • Page 25 8. Selecting one of the following and press to confirm. •  – the instrument controls all primary instruments. There cannot be more than one secondary instrument set to no. If  is selected:  displays. This parameter is used to set the type of communication protocol between the primary and secondary instruments.
  • Page 26 Operation Once turned on, the secondary instrument is available to connect to a primary instrument. The message  displays, in which  is the number of the primary instrument to be detected. When at least one primary instrument is detected, the secondary instrument places itself on the one with the lowest RS-485 address. •...

  • Page 27: Alibi Memory

    • Press and hold on the active primary instrument to turn off only that instrument. The secondary instrument displays  message, and then displays  (= the primary instrument turned off). The weight of the next detected primary instrument is then displayed. •...
  • Page 28 5. Press . The weigh information displays. 6. Press to view the weigh information. •  –  is the scale number (from 1 to 4) •  –  is the unit of measure (, , ) •  momentarily displays and then the gross weight value •...

  • Page 29: Single Scale Repeater

    • YY is 2 spaces if a null tare or semiautomatic tare or PT if a manual tare • TTTTTTTTTT is the tare on 10 digits • ID is <Rewriting number>-<Weigh number> • dd/mm/yy is the date (only with PIDD command) •...

  • Page 30: Sensitivity Times Ten

    The instrument repeats the data of the display or the weight string of the instrument to which it is connected, once the serial string of the connected instrument is identified. Keys pressed on the repeater are not duplicated on the transmitter and vice versa. IMPORTANT The instrument acts only as a weight repeater;...

  • Page 31: Horizontal Totalizer

    to the minimum time length of the impulse expressed in hundredths of seconds. 3. Press until the desired value displays. See Table 3-4 for a list of settable values. 4. Press to confirm. The instrument returns to the weigh mode. Time in Sample per Acquired...

  • Page 32: Vertical Totalizer

    Printing and Zeroing Totals The instrument has two different total levels, a partial total and a general total, which increase with each totalization. These can be printed and zeroed independently from each other. To print and zero a partial total, press .
  • Page 33 Press • cancels the previously set reference;  momentarily displays (if there is not a valid reference, the  message does not display) • After canceling a reference press to set a new reference value Operation Use a reference quantity equal to or greater than 0.1% of the scale capacity. The weight of the reference quantity should not create an APW lower than the two internal points of the converter (intrinsic limit of the scale).

  • Page 34: Simultaneous Transmitter Mode

    Manual Entry of APW A known APW can be entered with the keyboard. To display the stored APW: .  and the stored nine digit value with five decimal places displays in the • Press and hold programmed unit of measure. To enter a known APW: 1.

  • Page 35: Setup Mode

    Setup Mode The setup mode is used to set the functioning parameters of the instrument. To enter the setup mode, turn on the instrument and while the firmware version displays, press . The instrument displays the first parameter. Setup Mode Navigation Function Scroll through parameters In numeric input: decreases the digit to be modified...

  • Page 36: Setup Mode Menu

    Setup Mode Menu Figure 4-5 on page Figure 6-1 on page Figure 6-3 on page Figure 4-4 on page LEGEND = USER & TECH MENU = ONLY TECH MENU Figure 4-1. Setup Mode Menu SCT-1100 Weight Transmitter...

  • Page 37: Type Parameter

    4.2.1 Type Parameter Select the application type: a scale with independent channels, a scale with dependent channels or a scale with independent channels simultaneously viewable on the PC. Settings Description  Instrument connected to 1, 2, 3 or 4 independent scales. ...
  • Page 38 Parameter Settings Description   Multi-scale repeater (if equipped with available firmware) – used enter the number of primary instru- ments to be used;  is momentarily displayed, Enter the number of primary instruments (01 to (cont.) 32); Choose the listen only secondary instrument, if desired, and set the protocol and primary instru- ment keyboard to be controlled ...

  • Page 39: Setup Parameters

    4.2.3 Setup Parameters Figure 4-5 on page Figure 6-1 on page Figure 6-3 on page Figure 4-4 on page Figure 4-3. Setup Menu Parameter Settings Description  Metrics configuration - See Table 4-8 on page 40 Sets the speed of the display refresh ...
  • Page 40 Parameter Settings Description  Output configuration – Sets the function to be linked to each output out.1 - out.6 Configurations are valid for all outputs  Output function – sets the function to be linked to each output •  – No function •...

  • Page 41: Analog Output

    4.2.4 Analog Output xxxxxx xxxxxx xxxxxx Figure 4-4. Analog Output Menu Parameter Settings Description  Section 6.10 on page 70 for configuring the analog output; This parameter is not displayed if  is selected;  – selects the slot to be used with the analog output: •...

  • Page 42: Diagnostic Menu

    4.2.5 Diagnostic Menu See the Figure 4-1 on page 32 for the diagnostic () menu structure. Settings Description  Press to display the software version  Press to display the calibration internal divisions; The parameter displays only in a primary instrument ...

  • Page 43: Configuration Menu

    Settings Description  Analog Output Test – Provides a basic test to verify correlation of D/A and analog output, when equipped with analog output option; See Section 6.10 on page 70 Pres , then 00000 displays. Enter a value between 00000 and 65535 and confirm by pressing ;...
  • Page 44 Parameter Settings Description   Selection of active channel;  1 to 4 in scales with non dependent channels functioning mode (/    NOTE: The parameter is not displayed if is set in the . parameter or  ...

  • Page 45: Output Functions

    Output Functions The instrument is fitted with two opto-isolator photocoupler inputs and two Photo MOSFET outputs. See electric specifications in Section 2.6 on page (Figure 4-6) the functioning mode of each of the outputs is set: In the setup  menu •...
  • Page 46 Parameter Settings Description  Define the functionality of each output  No function, the output is inactive  Setpoint on the gross weight Functioning with hysteresis ( parameter set at ) Enables output function on gross weight; Two setpoints for each output must be set; one which disables the output when the gross weight falls below it;...
  • Page 47 Parameter Settings Description   Setpoint on net weight. Setpoints are set in the same manner as gross weight; See1 GroS on page 42. In addition setpoints can be set and activated on a negative weight • Positive weight ( set at ) •...

  • Page 48: Calibration

    Calibration The type of calibration used is dependent on the type of application chosen for the instrument: independent channels () and dependent channels for (), which can be digitally equalized. See the parameter in Table 4-2 on page Procedure Use this procedure to set the scale(s). To connect more than four cells, it is necessary to trim the cells. 1.

  • Page 49: Calibration Single Channel (Known Weight)

    Calibration Single Channel (Known Weight) Use this procedure to calibrate a scale in the ,  or functioning mode and with a known calibration weight. 1. Press to turn the instrument on and press while the firmware version displays.  displays. until ...

  • Page 50: Independent Channels

    7. Press until  displays. 8. Press until  displays. 9. Press and then press to set the number of calibration points ( - ). 10. Press to confirm.  displays. 11. Ensure all weight is off the scale and then press 12.

  • Page 51: Theoretical Calibration

    Theoretical Calibration A theoretical calibration can be used if a weight of known value is not available, or a manual calibration cannot be performed. 5.5.1 Independent Channels Use this procedure to perform a theoretical calibration on a scale in the  functioning mode 1.

  • Page 52: Dependent Channels

    30. Press to confirm.  displays. 31. Press until the instrument displays . 32. Press to confirm.  displays momentarily and the instrument reboots. 5.5.2 Dependent Channels Use this procedure to perform a theoretical calibration on a scale in the  functioning mode 1.

  • Page 53: Gravity Setting

    30. Press to confirm.  displays. 31. Press until the instrument displays . 32. Press to confirm.  displays momentarily and the instrument reboots. Gravity Setting Use this procedure to correct the weight error caused by a different gravitational value between the calibration zone and the zone of use.

  • Page 54: Communications

    Communications Serial Menu Figure 6-5 on page XX.X Figure 6-1. Serial Menu SCT-1100 Weight Transmitter...
  • Page 55 Parameter Settings Description  Select the PC communication port  Communication between the instrument and the PC takes place through the RS-485 port and transmission of data to the printer through the RS-232 port  Communication between the instrument and the PC takes place through the RS-232 port and transmission of data to the printer through the RS-485 port ...
  • Page 56 Parameter Settings Description  PC Serial  Transmission on the PC Serial – In the secondary mode, this step is not displayed if the  functioning mode has been set in the  step; if the  mode has been set, only the , , , ...
  • Page 57 Parameter Settings Description  (cont)  – String length: Enter the number of digits (00 to 39) which make up the entire string transmitted from the serial line scale, less the terminator character. For example, if the transmitted (cont) string is spppppppuu + CR + LF, in which s is the weight sign, ppppppp is the weight value, uu is the unit of measure, set the value at 11.

  • Page 58: Serial Outputs

    Parameter Settings Description  RS-485 Serial Address – In the  functioning mode it is possible to enable the RS-485 protocol and link its address to the instrument; the instrument then repeats the weight if the address in the received string is the same as set here ...

  • Page 59: Com2 Serial Port

    • Verify single point grounding on all equipment. See Section 2.4 on page • Use correct single point grounding to avoid forming ground loops. • On the RS-485 network, two termination resistances equal to the impedance of the cable (typically 120 Ω) are normally connected on the two devices at the ends of the cable.
  • Page 60 Parameter Description  Transmission when is pressed – The instrument communicates the weight data through the serial port  when is pressed • Transmission takes place if the weight is stable and the net weight is > 20 divisions; Re-enabling ...

  • Page 61: Serial Commands Format

    6.3.3 PRN PORT This section describes the selectable serial weight transmission modes of the PRN serial port through the corresponding  parameter in the setup mode. Parameter Description  Transmission of data to the printer by pressing on the instrument; The print command is inhibited if ...
  • Page 62 Serial Errors The instrument transmits a response string or it transmits one of the following indications with each serial command received: Status Response Description OK<CR LF> Displays when a correct command is transmitted from the PC to the instrument; The OK does not imply that the instrument executes the zero ERR01<CR LF>...
  • Page 63 Extended Weight Read Command With Date and Hour [CC]REXD<CR LF> Instrument response in the  or in the  mode: extended string (Section 6.5.2 on page 64). Instrument response in the mode: multi-scale string (Section 6.5.3 on page 65).  Weight Read Command [CC]READ<CR LF>...
  • Page 64 Converter Channel Switching Command [CC]CGCHN<CR LF> Instrument answer: [CC]OK<CR LF> if the CGCH command has been received. In which: N is the number of the channel on which to position the instrument Test Command [CC]ECHO<CR LF> Instrument response: [CC]ECHO<CR LF> Print Command [CC]PRNT<CR LF>...
  • Page 65 Serial Command for Setting the APW (only for the counting operating mode) [CC]SPMUvvvvvvvv<CR LF> or [CC]Xvvvvvvvv<CR LF>. In which: vvvvvvvv is the APW (up to 8 characters with decimal point); maximum value: 9999.999 System response: [CC]OK<CR LF>. For example: to set a APW of 1.55 g, the command is the SPMU1.55<CR LF> or SPMU0001.550 <CR LF> and all the various combinations adding zeros to the right or to the left but taking into consideration that the maximum length of the APW field is 8 characters.
  • Page 66 Scale Information Reading [CC]RALL<CR LF> Instrument response: [CC]SS,B,NNNNNNNUM,LLLLLLLUM,YYTTTTTTTTUM,XXXXXXXUM,SSS,AAA,CCC,TTT,XXXXX- YYYYYY<CR LF>. In which: Underload Overload Stability of the display Instability of the display Active inclination input Number of platform on which the totalization has been made NNNNNNNUM Net weight with unit of measure LLLLLLLUM Gross weight with unit of measure XXXXXXXUM...

  • Page 67: Transmission Protocols

    Setpoint Saving Command [CC]CMDSAVE<CR LF> Response: [CC]OK<CR LF> Enable/Disable Keyboard To enable the keyboard: [CC]KEYEE<CR LF> Response: [CC]OK<CR LF> To disable the keyboard: [CC]KEYED<CR LF> Response: [CC]OK<CR LF> Transmission Protocols The weight data transmission on the PC and PRN serial ports may take place in 3 formats: standard string, extended string or multi-scale string.

  • Page 68: Extended String

    6.5.2 Extended String Without APW (any mode other than counting or in response to the REXT command): [CC]B,hh,NNNNNNNNNN,YYTTTTTTTTTT,PPPPPPPPPP,uu,(dd/mm/yybbhh:mm:ss|NO DATE TIME)<CR LF> With APW (in piece counting mode or in response to the REXT command): [CC]B,hh,NNNNNNNNNN,YYTTTTTTTTTT,PPPPPPPPPP,AAAA.AAAAA,uu<CR LF> In which: is the instrument code as two ASCII decimal digits (RS-485 protocol) [CC] scale number (1 in a scale with equalized channel mode (DEP.CH) the channel number from 1–4 in scale with independent channels mode (IND.CH).

  • Page 69: Multi-Scale String

    6.5.3 Multi-Scale String The string can vary depending on the configured channels: • [CC]hh,pppppppp,uu, (dd/mm/yybbhh:mm:ss|NO DATE TIME)<CR LF> • [CC]hh,pppppppp,uu,hh,pppppppp,uu, (dd/mm/yybbhh:mm:ss|NO DATE TIME)<CR LF> • [CC]hh,pppppppp,uu,hh,pppppppp,uu,hh,pppppppp,uu, (dd/mm/yybbhh:mm:ss|NO DATE TIME)<CR LF> • [CC]hh,pppppppp,uu,hh,pppppppp,uu,hh,pppppppp,uu,hh,pppppppp,uu, (dd/mm/yybbhh:mm:ss|NO DATE TIME)<CR LF> In which: is the instrument code as two ASCII decimal digits (RS-485 protocol) [CC] For each set channel: Stability of the display...

  • Page 70: Remote Scale Configuration

    Extended String Extended string transmitted on the print port when    C, SS,NT,WWWWWWWW,UU<CR LF> In which: Secondary or sum:S, if the sum is sent; Secondary number, if 1 salve weight is sent Status (see standard string) WWWWWWWW weight unit of measure Carriage Return + Line Feed (ASCII decimal character 13 and 10).

  • Page 71: Primary, Secondary And Repeater Mode Configurations

    2. Compile the parameters table. Parameter LCD Text Value  Remote scale terminator  Remote scale weight position  Remote scale weight length  Remote scale tare position  Remote scale tare length  Remote scale tare type position  Remote scale sting length Table 6-10.
  • Page 72 Configuration: SCT-1100 (repeater)  :      / Table 6-13. DFW SCT-1100 (repeater)  :      / Table 6-14. 3590/CPWE  Intelligent repeater reads all the string; the operator can select, in the technical setup, the string’s start and the part of this referred to the weight.

  • Page 73: Connection To A Remote Display

    Example of standard string sent from a DFW: Example of configuration for the standard string parameters of DFW instruments:  10 (LF)  06  08  18     06        255 ...

  • Page 74: Primary/Secondary

    Primary/Secondary Configuration for repetition of the weight on the SCT and the possibility of using the SCT keys to simulate those of the primary instrument. For a RS-485 connection, connect the DF485 board and the two instruments, using the terminal of the board and setting ...

  • Page 75: Print Programming

    Parameter Description  Set the analog output value when the scale displays zero weight (supplied when the scale is in underload); This value can be between 0 and 65535 (values of the digital/analog converter); If a higher value is entered, the instrument displays 0 ...
  • Page 76 the printer’s power supply and the CTS signal). See Table 6-2 on page and press 8. Select      menu and sub-menus are displayed only if were selected in the Note  parameter and the single scale repeater mode ( ) is not enabled in the secondary instrument.
  • Page 77 Parameter Description  Select the language of the printouts: = Italian = English = German = French = Spanish  Empty line at the beginning of the printout: = an empty line is inserted at the beginning of each printout = no empty line ...

  • Page 78: Formatting Data And Layout

    Parameter Description  Prints a ticket number – The ticket number is a sequential number between 1 and 65535; It is stored in memory even when the instrument is turned off Secondary mode = no ticket number is printed = ticket number is printed when the primary instrument prints are executed = ticket number is printed when the sum is printed = ticket number is always printed = reset the ticket number, sets it to 1 and leaves the NTIK step unchanged...
  • Page 79 Parameter Description  Determines font height  = normal height  = double height NOTE: This parameter is not displayed in the secondary mode.  Enables bar code printing of the 39 CODE (must be selected in ) and is printed before date and time = does not print the bar code.
  • Page 80 The purpose is to create a label directly onto the instrument by configuring the following parameters. Once the programming is complete, the label must be downloaded to the printer and saved in its permanent memory. See Section 6.11.2 on page 79 Parameter Description ...
  • Page 81 Parameter Description  Set bar code print option. (code 39 type only): = does not print the bar code. = prints the bar code; in the totalizer functioning mode it is printed just in the single totalization = prints the bar code; in the totalizer functioning mode it is printed just in the partial total = prints the bar code;...
  • Page 82 Parameter Description  Set the vertical distance between labels Enter a value, expressed in mm; if using continuous form labels set the value at 00  Set the print direction  = direct printing = upside down printing  Set the format type = format created through the instrument = format created with the program or on PC ...

  • Page 83: Save The Label To Permanent Memory

    6.11.2 Save the Label to Permanent Memory The formats must be saved to the label printer permanent memory once format programming is complete. To download the label format to the label printer: when  displays. 1. Press 2. Press .  displays. 3.

  • Page 84: Troubleshooting

    Troubleshooting Use the following table to troubleshoot error messages on the instrument. Message Description Displays when not connected at start-up, if there are communication problems between the instrument and the  board or when the alibi memory operation is selected; The unit of measure conversion is automatically set, but not saved in the setup mode Printing - PRN serial port is occupied or the instrument is waiting to transmit a print job to a PC ...

  • Page 85: Specifications

    Specifications Communication Power DC Digital inputs/Outputs Power Supply 12/24 VDC 2 inputs opto isolated 12-24 VDC Power Consumption 5 mA min to 20 mA max 2 outputs 150 mA 48 VAC/150 mA 60 VDC Excitation Voltage 5 VDC Analog Signal Input ±39 mV Serial ports 1 RS-485 bidirectional port configurable...
  • Page 86 SCT-1100 Weight Transmitter...
  • Page 88 Specifications subject to change without notice. Rice Lake Weighing Systems is an ISO 9001 registered company. 230 W. Coleman St. • Rice Lake, WI 54868 • USA U.S. 800-472-6703 • Canada/Mexico 800-321-6703 • International 715-234-9171 • Europe +31 (0)26 472 1319 www.ricelake.com...

Table of Contents