Status WRX900 Series Operating Manual
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Status WRX900 Series Operating Manual

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Summary of Contents for Status WRX900 Series

  • Page 1 1 of 86...

  • Page 2: Table Of Contents

    Contents 1 Introduction .................. 4 1.1 Safety information ..............4 1.2 Description................5 1.3 Block diagram ................. 5 2 Identifying the instrument version............6 2.1 Type designation ..............6 2.2 Accessories Included..............6 2.3 Accessories ................6 3 Basics ..................7 3.1 Radio technology ..............
  • Page 3 8.1 Commissioning/start-up level (In) ..........37 8.1.1 Selection of a transmitter ID from the link list and assignment to a channel ................38 8.1.2 Manual assignment of a transmitter ID to a channel....40 8.1.3 Assignment of a transmitter ID to a channel via interface ..41 8.1.4 Pre-configuration of all transmitter ID's using the setup program 41 8.1.5 Configuration of customized transmitter ID's on the transmitter side ..................

  • Page 4: Introduction

    1 Introduction 1.1 Safety information General information This manual contains information that must be observed in the interest of your own safety and to avoid damage to assets. This information is supported by symbols which are used in this manual as follows. Please read this manual before commissioning the device.

  • Page 5: Description

    2- Line LCD display for the 4 Keys for operation and measured value display and configuration configuration as well as 2 LED's as status displays Voltage Supply Interface AC (110 to 240) V +10 / -15 % 1 x RS485...

  • Page 6: Identifying The Instrument Version

    2.3 Accessories The following articles must be ordered separately: WRX900 / Antenna Extension Kit WLESS/CNFG/KIT Software is available as a free download from www.status.co.uk. This is also supplied on a CD as part of the USB configurator kit 6 of 86...

  • Page 7: Basics

    3 Basics 3.1 Radio technology The characteristic framework conditions for each transmission system include the available band width in the electro-magnetic spectrum and the maximum permissible transmission capacity. These parameters define the channel capacity. The main selection criteria for the frequency range to be used include the requirement of a long range, interference resistance as well as the possibility to be able to apply a customized transmission protocol in public spectrum band.

  • Page 8: General Information About Radio Transmission

    the transmission capacity is only generated for a very short period. Duty cycle in percent identifies the duration of the transmission of a probe related to 1 hour. The entire transmission time can be distributed to several transmission intervals. As such, duty cycle given in percent represents the ratio between transmission time and overall time.

  • Page 9: Reception Characteristic Of The Lambda/4 Antenna

    The maximum range between probe and receiver is 300 m in the open air when using the antenna wall holder for the receiver. Ensure visibility between probe and receiver to achieve optimum reception. When installing the receiver into a switch cabinet, behind concrete walls or ceilings, always use the wall holder and antenna cable with the receiver.

  • Page 10: Interferences

    3.4 Interferences Collisions when using an excessive number of transmitters When using a large number of probes, do not select a transmission interval which is too low, otherwise the transmission frequency will be unnecessarily obstructed. A too low transmission interval means a very high data volume on the selected frequency which can lead to collisions with other probes.
  • Page 11 As you can see in figure 5 the error curve jumps up at the number of 24 probes. For this reason, we recommend to use a maximum of 16 probes for the smallest transmission interval of 1 s. For the factory setting 10 s, a considerably larger number of probes is possible. Estimation of the maximum number of transmitters If more than the recommended 16 probes are to be used at a transmission interval of 1 s, select a higher transmission interval to prevent an increased error quota.
  • Page 12 TIP! In the event of collisions caused by an excessive number of probes, observe and, if necessary, correct the factors "Number of probes", "transmission interval" and on the receiver the "Radio transmission timeout" factor. 12 of 86...

  • Page 13: Function Overview

    3.5 Function overview Figure 6: Function review of the receiver 13 of 86...
  • Page 14 Wireless transmitter Automatic toggling of the interface Keypad Analog outputs Light diodes Relay outputs Setup interface RS485 interface Actual value calculation of Voltage supply the analog channels Wireless transmitter The receiver is constantly active to receive the radio telegrams of the active transmitters.
  • Page 15 Setup interface The unit is equipped with a setup interface to allow configuration via the setup program. For this purpose, the front features a connector for interface lines with USB/TTL converter for the connection to a PC. The setup interface is factory-set with the following values: Baud rate: 9600 bit/s, Data format: 8 data bits, 1 stop bit, no parity.
  • Page 16 Depending on the design, the device has a maximum of two relay outputs. The status switching relay output 1 or 2 is determined by different control signals. The desired control signal and the output signal (n/c or n/o contact) for each relay can be set in the parameter level.

  • Page 17: Installation

    4 Installation 4.1 Installation site and climatic conditions 4.1.1 Receiver Installation site and climatic conditions The conditions at the mounting site must meet the requirements specified in the technical data. As far as possible, the installation site should be vibration-free to prevent the screw connections from working loose.

  • Page 18: Dimensions

    4.2 Dimensions 4.2.1 Receiver WRX900 112.8 mm 22.5 124.3 mm Figure 8: Receiver dimensions 4.2.2 Lambda/4 antenna 93 mm 9 mm Figure 9: Lambda/4 antenna dimensions 4.2.3 Antenna wall holder for lambda/4 antenna 165 mm 173 mm 40 mm Figure 10: Dimensions of antenna wall holder for lambda/4 antenna 18 of 86...

  • Page 19: Receiver Installation

    4.3 Receiver installation Fastening the receiver on the top hat rail The receiver is intended for installation on a 35 mm top hat rail according to DIN EN 60 715 TIP! At the installation site, ensure a minimum spacing of 100 mm above the device to allow access to the unlocking slot required for dismantling with a screw driver.

  • Page 20: Fitting The Antenna

    4.4 Fitting the antenna The range between the probe and the receiver is max. 300 m in open air. The antenna used and its correct positioning is a determining factor for both operating distance and reliability of the wireless connection. In practice, the most varied influences affect the wireless transmit distance.

  • Page 21: Connection Diagram

    Run input, output and supply cables separately and not in parallel with one another. Sensor and interface cables should be shielded cables with twisted conductors. Do not run cables close to current-carrying components or cables. Ground the shielding on one side. Do not connect any additional loads to the supply terminals of the device.
  • Page 22 Voltage supply Voltage supply acc. to rating plate: (L+) (L-) L1 and N at AC (110 to 240) V L+ and L-at AC/DC (20 to 30) V (L+) (L-) Outputs WRX900/04 Analog Analog Analog Analog Output 1 Output 2 Output 3 Output 4 Current (0(4) to 20) mA Voltage (0 to 10) V...

  • Page 23: Display And Key Functions

    16-segment LCD, 4.0 mm, 5-digit Setup interface Function keys and combinations Bicolor LED - green = operating status - red flashing = multi-input alarm Yellow short flashing LED - Receipt control for each Radio telegram from the probe Upper Display, top, 4-digit...
  • Page 24 Radio timeout of the channel. Display of the transmitter signal quality of the current channel (key), Display range: (0 to 100) % in increments, Increments displayed: (0/20/40/60/80/100) %, 0 % = no transmission signal, (20 to 40) % = insufficient transmitter signal, (60 to 100) % = Transmitter signal OK.

  • Page 25: Commissioning/Start-Up Level (In) (Allocating The Probe Id To A Channel)

    16-segment LCD, 4.0 mm, 5-digit Setup interface Function keys and combinations Bicolor LED - green = operating status -red flashing = multi-input alarm Yellow short flashing LED - Receipt control for each Radio telegram from the probe 25 of 86...
  • Page 26 Upper Display, top, 4-digit Display Function Display of the current channel C01 to C16. Lower Display, bottom, 5-digit Display Function Display of the transmitter ID linked to the current channel. Position display with a default transmitter ID by editing digit by digit.

  • Page 27: Parameter Level (Pa) (Parameter Configuration)

    16-segment LCD, 4.0 mm, 5-digit Setup interface Function keys and combinations Bicolor LED - green = operating status -red flashing = multi-input alarm Yellow short flashing LED - Receipt control for each Radio telegram from the probe Upper Display, top, 4-digit...
  • Page 28 Keys and key combinations Keys Function change to the next or previous parameter. >2 s Changing to the first parameter of the next group (large jump). Changing to the first parameter of the previous current group >2 s (large jump). >2 s Return to the standard display (NA).

  • Page 29: Light Diodes (Independent Of Level)

    16-segment LCD, 4.0 mm, 5-digit Setup interface Function keys and combinations Bicolor LED - green = operating status -red flashing = multi-input alarm Yellow short flashing LED - Receipt control for each Radio telegram from the probe Top bicolor LED...

  • Page 30: Receiver Operation

    Chapter 8.2 "Parameter level (PA)" Bottom yellow LED Display Function Yellow Receipt check of each individual radio telegram (data package) briefly received from the probe. The more transmissions received the lighting up higher the flashing speed. 7 Receiver operation At the receiver Operation and configuration of the receiver require four keys located at the front which have various functions depending on the menu.

  • Page 31: Normal Display (Nd)

    7.1 Normal display (ND) The normal display is active when the receiver is connected and the voltage supply activated. The measured value of the first transmitter is visible in the top line of the LCD display. The channel designation is visible on the left and the selected unit on the right in the bottom line of the LCD display.

  • Page 32: Display Signal Quality Of The Probes Received

    7.3 Display signal quality of the probes received is used to show the signal quality of the current channel in percent in the standard display (NA) (see Figure 21, 100%). The display range between 0 and 100 % is displayed in increments. Steps: (0/20/40/60/80/100) % Display 0:...

  • Page 33: Changing To Other Changing Levels

    Number of telegrams received in the last 5 transmission Signal quality display intervals. 100% Table 1: Number of telegrams received and signal quality display For an optimum positioning of probe and reception antenna, we recommend to set a very small transmission interval as a test. This reduces the waiting time until the signal quality display is updated.

  • Page 34: Code Interrogation

    Key timeout If no key is pressed in these two levels for a period of 40 s the receiver automatically returns to the standard display (NA). Code interrogation The receiver features one code interrogation each for the change-over to the commissioning/start-up or the parameter level.
  • Page 35 Direct editing This way of proceeding is selected if short codes are generally sufficient (see path II in Figure 23). How to proceed: Step Action Change over from the standard display (NA) to the commissioning/start- up level (In) by pressing the key >...
  • Page 36 Repeat steps 3 and 4 until all digits are edited (min. 1 digit, max. 4 digits). Confirm the code by pressing the key. The bottom segments of the digits entered last have stopped flashing. Confirm the code entry by pressing the >...

  • Page 37: Configuration Of The Receiver

    8 Configuration of the receiver 8.1 Commissioning/start-up level (In) The receiver channels are assigned to the transmitters in this level (linked with each other). This can be done conveniently via the setup program, or manually via the keyboard. The possibilities are described in the following. Please note the following, independent of the method adopted: Assign each transmitter ID to a transmitter only once, as the receivers •...

  • Page 38: Selection Of A Transmitter Id From The Link List And Assignment To A Channel

    8.1.1 Selection of a transmitter ID from the link list and assignment to a channel TIP! The link list contains the IDs not linked and received within the last ten minutes. Transmitter IDs already linked are no longer displayed in the link list. 38 of 86...
  • Page 39 This way of proceeding is selected when both the transmitters and the receiver are active. Each receiver registers all transmitters received but not linked by itself in a link list allowing a maximum of 25 entries. This list is automatically generated.

  • Page 40: Manual Assignment Of A Transmitter Id To A Channel

    8.1.2 Manual assignment of a transmitter ID to a channel This way of proceeding is selected when the receiver is to be prepared prior to putting the transmitters into operation. The transmitter ID (max. 5 digits) can be manually entered for a receiver channel. The function keys of the receiver can be used to assign the individual transmitter to a receiver channel.

  • Page 41: Assignment Of A Transmitter Id To A Channel Via Interface

    To confirm the first digit, press the key. The bottom segments of the second digit from the right are flashing. Repeat steps 3 and 4 until all digits are edited (at least 1 digit, max. 5 digits). Confirm the transmitter ID to be linked with the key.

  • Page 42: Configuration Of Customized Transmitter Id's On The Transmitter Side

    8.1.5 Configuration of customized transmitter ID's on the transmitter side This method is selected when there are good reasons not to use the factory- provided transmitter ID's. Instead of the factory transmitter ID's, the transmitter can be assigned a customized transmitter ID. This requires the use of the setup program, knowing that the customized transmitter ID has to be stored in the transmitter beforehand via the set-up interface.

  • Page 43: Parameter Level (Pa)

    8.2 Parameter level (PA) The parameter level comprises an extensive list of editable parameters that are grouped in a user-friendly manner. The key functions shown permit quickly browsing up and down or jumping from one group to another. In this level, the receiver is adapted to its task. Settings can be selected in the individual parameters or values entered within the factory-set limits.
  • Page 44 Recommended procedure: Step Action Read the parameter descriptions contained in Chapter 9 "Term definition". Enter the desired settings/values in the right column ! of the following tables. Individually select and edit the parameters one after the other. This is the only way to ensure parameter entry within the factory-set key timeout of 40 s, after the elapse of which the receiver automatically returns to the standard display.

  • Page 45: Editing Parameters

    8.2.1 Editing parameters 45 of 86...

  • Page 46: General Parameters Device Information

    8.2.2 General parameters Device information Display Display Parameters bottom Value range/Selection top line line Software version SWVER 01.01 Display only, cannot be edited! Hardware HArdw 0 to 15 detection Display only, cannot be edited! Error Error 0 to 3 Display only, cannot be edited! (system error = Save errors detected with power bits)
  • Page 47 RS485 interface The following table displays the parameters of interface RS485 to be set. The setup connector is operated with fixed parameters independent of these parameters. Display Display Parameters Value range/Selection bottom line line Baud rate 485.Bd 9600 9600bit/s 19.2 19200bit/s 38.4 38400bit/s...

  • Page 48: Analog Outputs 1 To 4

    Analog outputs 1 to 4 The following table shows the parameters of analog output 1 to be set. Identical setting possibilities apply to analog outputs 2 to 4 (for WRX900/04 analog outputs 3 and 4). Display Display Parameters Value range/Selection bottom line line...
  • Page 49 Channel 1 to 16 33 to 48 Analog alarm 2, Channel 1 to 16 49 to 64 Low battery, Channel 1 to 16 65 to 66 Relay status 1 to 2 Multi-input alarm Multi-input alarm Radio timeout, Channel 1 to 16...

  • Page 50: Channel Specific Parameters

    Modbus remote control values Display Display Parameters bottom Value range/Selection line line Remote control value FVAL1 Float Value 1 (-9999 to float 1 +9999) Remote control value FVAL2 float 2 Float Value 2 (-9999 to Remote control value FVAL3 +9999) float 3 Remote control value FVAL4...
  • Page 51 Customer- 01.Lin Linear specific tAb1 Table 1 linearization tAb2 Table 2 tAb3 Table 3 tAb4 Table 4 Unit 01.Uni 0 to 15 (0=none, mm, cm, m, ml, Liter, hl, m3, %, °C, °F, Ohm, kOhm, mV, kg, tons) Scaling start 01.SLo -9999 to +9999 Scaling end...

  • Page 52: Term Definition

    9 Term definition 9.1 General parameters 9.1.1 device information Software version Software version shows the current status of the device software (firmware). This information might be required for servicing. Hardware version The hardware version contains information about the installed receiver hardware (e.g.
  • Page 53 CAUTION! The following is recommended after a change-over: 1. reset the fly back. 2. check the scaling of the analog outputs. 3. check the settings of the limit value alarms. Code for the commissioning/start-up / parameter level The commissioning/start-up level as well as the parameter level can be code protected.

  • Page 54: Rs485 Interface

    Modbus Interface manual (D2519-01) (The Modbus Interface Manual is provided on the internet for download, free of charge at www.status.co.uk Baud rate Transmission speed of the RS485 interface. If a master (PC or PLC) is connected to the interface, an identical baud rate must be selected on the master side.
  • Page 55 9.1.4 Analog outputs 1 to 4 Figure 1: Analog outputs 1 to 4 Output signal type (Ax.Mod) This function defines how the output is operated (see Figure 1 Pos. 5). Current and voltage outputs are possible. Depending on the receiver type, two or four analog outputs are available.
  • Page 56 ErHi (positive signals) and ErLo (negative signals) are possible. The performance of the output signal in the event of underrange or overrange is shown in the following table. Measuring circuit monitoring of the analog outputs Underrange: - current output (4 to 20) mA dropping to 3.8 mA, then jump to the configured signals - current output (0 to 20) mA...

  • Page 57: Relay Outputs 1 To 2

    Chapter 2.2 "Type designation" Control signal (Kx.SEL) The control signal (see Figure 2, Pos. 1) defines the status used to switch relay output 1 or 2. The following conditions can be set in the binary selector: Relay inactive (not assigned) The relays remain in their configured basic position (no/nc).

  • Page 58: Modbus Remote Control Values Float 1 To 4

    possible to get one change-over contact out of two relays: e.g. relay 2 is configured as a logical inverter (N/C). Multi-input alarms A relay is switched when an alarm is activated. Multi-input alarms can be: OR linkage of all individual alarms •...
  • Page 59 measured value is set to “no input value”, the alarm bit “Radio timeout” of the channel is set, and the top LED flashes red. Offset (xx.OFF) This offset value (process value correction) is added to the measured input value with the correct sign. This permits a correction in the "+" as well as the "—" direction.
  • Page 60 Chapter 2.1 Chapter 11.5 "Customer-specific linearization" Unit For probes, the probe type of which is configured to Potentiometer or Voltage, one of 15 units can be selected. The unit is shown in the receiver display. Chapter 2.1 Chapter 11.5 "Customer-specific linearization" Scaling start, scaling end For probes, the probe type of which is configured to Potentiometer or Voltage, the input measuring range (e.g.
  • Page 61 Alarm type 1/2 (xx.A1m/xx.A2m) Figure 4: Setting the alarm functions High alarm (HiAL) Alarm when the positive limit value is exceeded (after the alarm delay time has elapsed), not taking the hysteresis into account (see Figure, 4 Pos. 1). Reset conditions: Going below the positive limit value - hysteresis.
  • Page 62 CAUTION! Alarm in the event of probe break or short-circuit Even the definitive faulty values probe break (display "oooo“) or short-circuit (display "uuuu“) only lead to a set alarm bit and, thus, to a multi-input alarm with the LED flashing red when at least one alarm (regardless of LoAL or HiAL) was configured! If you only want to receive probe break / short- circuit alarms without any other limit value monitoring,...
  • Page 63 Figure 5 shows the time sequence of the fly back functions 'down' (xx.Min) and up (xx.MAX). The Value Max.1 is saved in the first positive half-wave of the process value curve, value Min.1 in the first negative half-wave. These values can be reset using the keyboard, in the example at point t.

  • Page 64: Display And Reset Fly Back

    10 Display and reset fly back The fly back values of channels 1 to 16 cannot be shown in the standard display. For this purpose, change to the parameter level and therein to 'channel-specific parameters'. At the end of the selection list of groups 1 to 16 (channels 1 to 16) three parameters (see table) relevant for the fly back function are shown.
  • Page 65 Figure 6: Fly back functions 65 of 86...
  • Page 66 How to proceed: Step Activity Leave the standard display (NA) and move to the parameter level (PA) by pressing key >2 s. In the bottom line, the display shows the first General Parameter Software version (SWVER). Go to the Channel-specific Parameter by pressing key >...

  • Page 67: Setup Program

    11 Setup program 11.1 General information about the setup program The setup program serves to configure transmitters and receivers by means of a PC. The configuration data can be archived and printed. The setup program can be used to overwrite changed parameters with the factory settings at any time.

  • Page 68: Hardware And Software Prerequisites

    TIP! For configuration, the receiver must be connected to the power supply. Chapter 5.2 "Connection diagram" 11.2 Hardware and software prerequisites The following hardware and software prerequisites must be fulfilled for operation and the software installation: Minimum configuration Intel Pentium III or higher •...

  • Page 69: Connect Pc And Receiver To Each Other

    11.3 Connect PC and receiver to each other 69 of 86...

  • Page 70: Configuration Of The Receiver

    11.4 Configuration of the receiver This chapter explains the configuration of a receiver via the setup program. Prerequisite being that the receiver and the PC are connected via an interface. 11.4.1 Establishing the communication A differentiation is made between two different way of proceeding when establishing the communication between receiver and setup program: Establishing the communication using the "Assistant for device settings".

  • Page 71: Reading Out The Current Receiver Parameters

    Establishing communication How to proceed: Step Activity Start the setup program. Select the "Establish connection" function in the "Data transfer" menu. The device list containing all devices entered is mapped in. Select the desired receiver by clicking with the left mouse key. Click on the "Connect"...

  • Page 72: Editing Receiver Parameters

    11.4.3 Editing receiver parameters How to proceed: Step Activity Use the navigation tree to select the desired main parameter of the receiver (e.g. channels) by a double click with the left mouse key. The channel parameters are mapped in. Edit the parameters concerned. Confirm editing with "OK".
  • Page 73 How to proceed: Step Activity Select one of the tables 1 to 4. Select the linearization method, table (grid point) or formula (polynomial). Edit parameters. Exit the entry by pressing OK. Table The user enters the X and Y value pairs of the grid points in area (1). •...
  • Page 74 Formula The user enters the coefficients and the polynomial formula in area (1). When actuating button (2), the user can display the linearization curve graphically and check it. TIP! The manual entry of coefficients has no influence to the X and Y value pairs in the table.

  • Page 75: Onlinechart

    11.6 OnlineChart The OnlineChart function is available for the user as an option for the setup program (from version 216.03.xx). This function can be used to display max. eight analog and four binary channels graphically (detection rate 2 seconds) and record them throughout a time period of 48 hours.
  • Page 76 Start OnlineChart How to proceed: Step Activity Establish connection to the receiver (e.g. via the menu DATA TRANSFER >ESTABLISH CONNECTION). Start recording (e.g. via the menu VISUALIZATION >START). 76 of 86...
  • Page 77 Exit OnlineChart How to proceed: Step Activity Exit recording (e.g. via the menu VISUALIZATION >EXIT). Disconnect the connection to the receiver (e.g. via the menu DATA TRANSFER >DISCONNECT). OnlineChart evaluation With the symbols displayed in the figure 14 the user can inspect the recorded measured values.

  • Page 78: Detect And Remedy Faults/Errors

    12 Detect and remedy faults/errors Top line Display Error and remedy (Overrange) Remedy: Check transmitter for probe break. (Underrange) Remedy: Check transmitter for short-circuit. Incorrect terminal temperature Remedy: Cool down the terminals of the thermocouple transmitter to the admissible temperature range. Radio timeout of the channel.
  • Page 79 Remedy: Check voltage supply/cabling. Device does not receive radio telegrams. Remedy: Check all transmitters installed for their battery yellow status. Do the set radio frequencies of transmitters and LED does receivers coincide? Is the antenna screw-fitted to the receiver not light...
  • Page 80 Top bicolor LED Display Error and remedy flashing Collective alarm The collective alarm accepts the following error types: OR linkage of all individual alarms Remedy: Check the following alarms: Radio timeout channel 1 to 16 • Analog alarm 1, channel 1 to 16 •...

  • Page 81: Supplement

    13 Supplement 13.1 Technical data Input Number of probes Max. 16 probes can be received per receiver. Receiving 868.4 MHz (Europe) frequency Max. 300 m when using the antenna wall holder and the 10 meter long antenna cable. When installing the Open air range antenna directly onto the receiver, a reduced range of approx.
  • Page 82 ≤±0.1 % (accuracy includes adjustment, linearization, burden influence, load influence and voltage supply Accuracy influence) Residual ripple ≤±0.2 % The analog outputs are electrically isolated from each Electrical isolation other and the interfaces. Isolation voltage 50 V All accuracy specifications in % from the measuring range end value of 20 mA or 10 V.
  • Page 83 Relay outputs Number 2 relay outputs for basic type WRX900/22 Relay N/O contact configurable as N/C contact Contact max. 3 A at AC 230 V resistive load rating Contact life 150 000 operations at 3A / AC 230V resistive load 350 000 operations at 1 A / AC 230 V resistive load 310 000 operations at 1 A / AC 230 V and cos phi >0.7 Electrical...
  • Page 84 Environmental influences (-20 to +50) °C without condensation (even Ambient temperature range with close mounting) Storage temperature range (-30 to +70) °C ≤±0.005 % /°C; per °C deviation from the Temperature coefficient reference temperature 22 °C (±3 °C) rel. humidity ≤85 % without condensation as Climatic conditions per DIN EN 60721-3-3 3K3 max.
  • Page 85 Interfaces Setup interface - Baud rate 9600 - PC interface USB/TTL converter RS485 interface - Protocol Modbus - Baud rate 9600, 19200, 38400 - Device address 1 to 254 - minimum response time (0 to 500) ms LCD display Top line 4-digit, 7-segment display, 4.5 mm high Bottom line 5-digit, 16-segment display, 4.0 mm high...
  • Page 86 86 of 86...

This manual is also suitable for:

Wrx900/04/s1Wrx900/04/s2Wrx900/22/s1Wrx900/22/2

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