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Burster 9180 Manual

Digital panelmeter
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Digital Panelmeter
burster
© 2000
burster
präzisionsmeßtechnik gmbh & co kg
All rights reserved
Edition 3/2000
Note:
The following information may be amended without prior notice. No part of this document may be reproduced or
processed using electronic system without prior consent in writing.
burster provides no warranty of any kind respect to this material, including the implied warranty of merchantable
quality and fitness for purpose.
burster is not liable under any circumstances for errors, incidental damage or consequential loss sustained in
connection with the function or use of this material.
Model 9180
Digital Panelmeter
Model 9180
Manufacturer
burster präzisionsmeßtechnik gmbh & co kg
Talstr. 1 - 5
76593 Gernsbach
P.O.Box 1432
76587 Gernsbach
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  • Page 1 The following information may be amended without prior notice. No part of this document may be reproduced or processed using electronic system without prior consent in writing. burster provides no warranty of any kind respect to this material, including the implied warranty of merchantable quality and fitness for purpose.
  • Page 2 Model 9180 Digital Panelmeter burster Page...
  • Page 3 Digital Panelmeter Model 9180 burster Page...
  • Page 4 Model 9180 Digital Panelmeter burster Page...

  • Page 5: Table Of Contents

    Digital Panelmeter Model 9180 burster Table of Contents General information..................Page 1- 1 1.1 Designation of the buttons and displays ..........Page 1- 2 Initial settings ....................Page 2- 1 2.1 Power supply ................... Page 2- 2 2.1.1 Power supply terminals ..............Page 2- 3 2.1.2 Clamping the cable ends of the connector ........
  • Page 6 ..............Page 4-38 4.4.5 Connection of several devices to the RS485 interface ....Page 4-39 4.4.6 Diagram for configuring the RS485 output Type 9180 ....Page 4-40 4.4.7 Programming instructions ............Page 4-40 4.4.8 Access to interface programming..........Page 4-41 4.4.9 Communications protocol of the RS485 interface ......
  • Page 7 Digital Panelmeter Model 9180 burster 4.5 BCD output option ..............Page 4-46 4.5.1 Introduction ..............Page 4-46 4.5.2 Installation of the card ..............Page 4-47 4.5.3 Terminals of the BCD output ............Page 4-49 4.5.4 Changing the logic ..............Page 4-51 Pin assignment of the table-top version .............
  • Page 8 Model 9180 Digital Panelmeter burster Page...

  • Page 9: General Information

    Digital Panelmeter Model 9180 burster 1. General information The model type 9180 supports the following sensors: Process sensor (V, mA) DMS strain gage sensor (mV/V) Temperature sensor Pt 100 Thermocouples (J, K, T, R, S, E) (integrated version only) Potentiometer The input configuration is set directly using the software.

  • Page 10: Designation Of The Buttons And Displays

    Model 9180 Digital Panelmeter burster 1.1 Designation of the buttons and displays Page 1-2...
  • Page 11 Digital Panelmeter Model 9180 burster Button no. Description Function in meas. mode Function in PROG mode Main display Indicates current meas. value Indicates program parameter LED 1 STATUS of RELAY1/OPTO1 LED 2 STATUS of RELAY2/OPTO2 LED 3 STATUS of RELAY3/OPTO3...
  • Page 12 Model 9180 Digital Panelmeter burster Page...

  • Page 13: Initial Settings

    Each option card is supplied with its own stick-on label which is attached to the corresponding position on the underside. The figure on the right shows the corresponding positions for the labels of the Type 9180 (Basics and Options). Serial-N o : 130065BU...

  • Page 14: Power Supply

    Model 9180 Digital Panelmeter burster 2.1 Power supply The device's basic default setting is 230 V 50/60 Hz. To operate the device with 115 V, remove the bridge for 230 V and insert the two bridges for 115 V. The bridges are connected to the printed- circuit component side (see Fig.

  • Page 15: Power Supply Terminals

    Digital Panelmeter Model 9180 burster 2.1.1 Power supply terminals Version AC [230/115 V 50/60 Hz] PIN 1 - PHASE AC PIN 2 - GND PIN 3 - NEUTRAL AC 2.1.2 Clamping the cable ends to the connector To fasten the cable ends, isolate or strip off 7 to 10 mm of the sheathing. Now insert an insulated screw driver or a corresponding tool into the WAGO connector as shown in the figure and clamp the cable end down.

  • Page 16: Indroduction To The Program Routines

    Model 9180 Digital Panelmeter burster 2.2 Introduction to the program routines After the device has been switched on all of the display segments, decimal points and LEDs light up and in this manner indicate that the unit is operating correctly.

  • Page 17: Determining Program Disable/Access Levels

    Digital Panelmeter Model 9180 burster 2.2.1 Determining program disable/access levels After programming has been completed this can be mechanically locked using the two DIP switches located on the main printed circuit board. (see Figure below). Attention: Please disconnect from the mains before opening the device.

  • Page 18: Display Of Programmed Parameters

    Model 9180 Digital Panelmeter burster 2.2.2 Display of programmed parameters Even if the program functions are disabled it is possible to display the configured parameters. You can proceed through the various menus to check the current configuration without accidentally changing any of the data. The device automatically returns to working mode 15 seconds after the last operation.
  • Page 19 Digital Panelmeter Model 9180 burster Module 10 - configuration of the input The figures (pages 2-6/2-7) show module 10 with its five programming levels: Process, DMS (LoAD), Pt 100, Thermocouple and Potentiometer. There follows the individual programming steps. Adjustable parameters...
  • Page 20 Model 9180 Digital Panelmeter burster Here are a few more instructions regarding the input configuration: 1. Process signals (Proc) and strain gage (DMS) sensors (LoAd) When connecting process signals or strain gage (DMS) sensors the input signal range must be specified.
  • Page 21 Digital Panelmeter Model 9180 burster Sensor feed for senors with process signal output option can be selected using the menu. The feed voltage can be selected in a range between 24 V and 10 V, the latter can also be reduced to 5 V using a jumper.
  • Page 22 Model 9180 Digital Panelmeter burster 2. Temperature sensor If the device is operated as a thermometer (Pt 100 or thermocouple), the linearization and range are selected automatically in accordance with the sensor type. You can select between 6 different thermocouples: "J", "K", "T", "R", "S"...

  • Page 23: Process Signals

    Digital Panelmeter Model 9180 burster 2.3.1 Process signals If you are in module 10 of the program routine (see Fig. 2.3 - page 2-7) and you confirm by pressing the ENTER button, you arrive at 11-Proc after pressing the button.
  • Page 24 - IN.[V] SIG. - 0 ... 5 V 0 ... 1 V 1 ... 5 V + IN.[V] SIG. + 4 wire connection Feed from Type 9180 SP.- SP.- SENSOR Type 9180 SP.+ SP.+ 0 ...10 V 0 ... 5 V - IN.[V]...
  • Page 25 Type 9180 FEED SP.+ + IN.[mA] SIG.+ 4 ... 20 mA 4 wire connection SP.- SP.- Feed from Type 9180 SENSOR Type 9180 SP.+ SP.+ 0 ... 1 mA + IN.[mA] SIG.- 0 ... 5 mA 0 ... 20 mA - IN.[mA]...

  • Page 26: Strain Gage (Dms) Sensors (Load)

    Model 9180 Digital Panelmeter burster 2.3.2 Strain gage (DMS) sensors (LoAd) If you do not directly reach the input configuration loAd from the main input level (Fig. 2.3.1a), keep pressing the " " button until the display shown in Fig. 2.3.2a appears.
  • Page 27 Digital Panelmeter Model 9180 burster Pin assignment for strain gage (DMS) sensors PIN 6 = Feed - (-EXC) PIN 3 = Signal - PIN 5 = Feed + (+EXC) PIN 2 = PIN 4 = PIN 1 = Signal + (max. 300 mV)

  • Page 28: Thermometer Pt 100

    Model 9180 Digital Panelmeter burster 2.3.3 Thermometer Pt 100 You reach the input configuration Pt 100 from the selection level of the module (see Fig. 2.3.1a) if you are using the device as a Pt 100 thermometer. If this is the case, press the button until the setting in the adjacent figure appears in the display.

  • Page 29: Thermocouples

    Digital Panelmeter Model 9180 burster 2.3.4 Thermocouples If you press "ENTER" once in the input configuration, the main display indicate the current detector TC type and the measurement range. HOLD ENTER: Confirms the selected input and permits exact type configuration.
  • Page 30 Model 9180 Digital Panelmeter burster An offset value can be selected by pressing the " " and " " buttons (see also pages 2- 10). If you do not know which value should be entered, simply set the offet value to zero.

  • Page 31: Potentiometer

    Digital Panelmeter Model 9180 burster 2.3.5 Potentiometer If you press "ENTER" in the program mode 10 CnfInP (see Fig. 2.3c) you reach the input programming routine 11 - 15. Should the device not be set to 15 -Pot-, press the "...

  • Page 32: Configuration Of The Display

    Model 9180 Digital Panelmeter burster 2.4 Configuration of the display 2.4.1 Menu overview 2.4.2 Configurable parameters Menu function Configurable parameters 21 - SCAL Enter sensor values: INPUT1 - DISPLAY1 - decimal point - INPUT2 - DISPLAY2 22 - TEACH Teach in meas. signal:...

  • Page 33: Access To Display Settings

    Digital Panelmeter Model 9180 burster 2.4.3 Access to display settings Um in das Programm-Modul 20 zu gelangen, betätigen Sie "ENTER", danach zweimal die " " -Taste. HOLD TARA TARE RESET DATA LIMIT MAX/MIN ENTER Fig. 2.4a Press the "ENTER" button again. The supplementary display shows 20 CnFdSP. Now you can perform the corresponding configuration using the submenus.
  • Page 34 Model 9180 Digital Panelmeter burster Climbing meas. range Falling meas. range DISPLAY2 DISPLAY1 (dSP2) (dSP2) DISPLAY1 DISPLAY2 (dSP1) (dSP2) INPUT2 INPUT1 INPUT1 INPUT2 (InP2) ( I nP1) I nP1) I nP2) When programming the measurement range, first the input and output parameters are entered in accordance with point 1, then the decimal point and finally the input and output parameters corresponding to point 2.

  • Page 35: Calibration By Entering Sensor Data (Scal)

    Digital Panelmeter Model 9180 burster 2.4.5 Calibration by entering sensor data (SCAL) Fig. 2.4d shows the SCAL menu, which permits scaling the display to the correct measurement quantity by entering sensor data (INP1, DSP1 and INP2, DSP2). Abandons SCAL item and goes to HOLD TEACH item (see page 2-24).

  • Page 36: Calibration By Means Of Teach-In

    Model 9180 Digital Panelmeter burster By pressing the " " and " " buttons item 2 (INP2) is selected. ENTER: Confirms the entry and takes you to the next program routine. ESC: Returns you to input programming HOLD (-Pro-). TARA...
  • Page 37 Digital Panelmeter Model 9180 burster By pressing the " " and " " buttons you can set the 1st display value. Here the 1st digit flashes. Using the " " button, you can alter the setting one digit at a time, with the "...

  • Page 38: Select Display Brightness

    Model 9180 Digital Panelmeter burster 2.4.7 Select display brightness Fig. 2.4p shows the input level for menu dSP. In this menu the display brightness can be adjusted and the appearance of of the lead zeros suppressed in the display. Press "ENTER"...

  • Page 39: Select Filter Factors For Measurement Signals

    Digital Panelmeter Model 9180 burster 2.4.9 Select filter factors for measurement signals Fig. 2.4t shows the input level for the FILT menu, in which a filter stage is entered for the signal permitting you to select the display speed for the measurements. Press "ENTER"...

  • Page 40: Select Filter Factors Of The Display

    Model 9180 Digital Panelmeter burster 2.4.10 Select filter factors for the display Select filter stage for display. Select LO (low speed, = 0.5 s) or HI (high speed = 125 ms). ENTER: Confirms the entered data, takes you out of the FILT menu and over HOLD to the programming level (-Pro-).

  • Page 41: Controlling (Hold, Tare, Max/Min, Reset)

    Digital Panelmeter Model 9180 burster 3. Controlling (HOLD, TARE, MAX/MIN, RESET) 3.1 Functions triggered via the keyboard TARE Every time you press the "TARE" key, the value currently displayed is saved as a tare value and the display is set to zero.

  • Page 42: Functions Triggered Via The Input

    Model 9180 Digital Panelmeter burster MAX/MIN The "MAX/MIN" button is used to display the max., min., and tare (or offset) values. When the button is initially pressed the MAX value saved after the RESET button was last pressed, is displayed in the secondary display. HI appears in the auxiliary display.
  • Page 43 Digital Panelmeter Model 9180 burster HOLD The HOLD function responds to the Low signal at PIN 2. Ground reference point is Pin 3. If you activate HOLD the display value is frozen as long as Pin 2 is applied to ground.
  • Page 44 Model 9180 Digital Panelmeter burster Internal input circuit in the case of RESET: + 25 (intern) RESET MASSE 9180 Page 3-4...

  • Page 45: Output Options

    Digital Panelmeter Model 9180 burster 4. Output options The type 9180 can be equipped with one or more options for control and communication: burster Retrofit Option device code with (default ex works) option possible RS232C 9180-VXX1X 9180-Z0010 RS485 9180-VXX2X 9180-Z0020...
  • Page 46 Model 9180 Digital Panelmeter burster In the figure below the individual slots for the output options are depicted. The options 2RE, 4RE and 4OP respectively can only be plugged into the M5 slot. The options RS2 and RS4 respectively can only be plugged into the M1 slot.

  • Page 47: Analog Output Option (9180-V1Xx)

    Digital Panelmeter Model 9180 burster 4.1 Analog output option (9180-V1XX) 4.1.1 Introduction Using an additional card (option), which is installed into the base plate using a connector, the instruments can be equipped with two output ranges (0 - 10 V or 4 - 20 mA). The outputs are isolated with respect to the input signal.

  • Page 48: Installing The Card

    Model 9180 Digital Panelmeter burster 4.1.2 Installing the card Take the electronics out of the housing and open the location on the housing marked in Fig. 1 (arrow). This opening is set up for the analog output. The option card is installed in slot M4.

  • Page 49: Terminals

    Digital Panelmeter Model 9180 burster 4.1.3 Terminals Each connection card is supplied with a sticker or label on which the terminals are depicted (see Fig. 4.1.3a). 4 RL 4 RL CN 7 2 RL 40 P CN 6 2 RL...

  • Page 50: Technical Data

    Model 9180 Digital Panelmeter burster 4.1.4 Technical data Output 0-10 V Output 4-20 mA Resolution 12 bit 12 bit Precision 0.1 % F.E. ± 1 bit 0.1 % F.E. ± 1 bit Reaction time 60 ms 60 ms Thermal drift 0.2 mV/°C...

  • Page 51: Access For Programming The Analog Output

    Digital Panelmeter Model 9180 burster 4.1.6 Access for programming the analog output By pressing the "ENTER" key you go from operation to programming mode (Dis- play -Pro-).Then keep pressing the " " key until you are in level 40. Press "ENTER" to reach the first menu or...

  • Page 52: Scaling

    Model 9180 Digital Panelmeter burster 4.1.6.2 Scaling If starting from the level in Fig. 4.1.6, you press "ENTER" once and " " once, you obtain the display appearing in Fig. 4.1.6.2a. This is the input level to menu 42 in which the display values are allocated for the range of the analog output.

  • Page 53: Configuration Of The Unipolar Analog Output For Bipolar Sensor Signals

    Configuration of the unipolar analog output for bipolar sensor signals In the display of type 9180 there is only a unipolar analog output available. To completely reproduce the signal range of bipolar sensors on the analog output, its zero point must be shifted accordingly.

  • Page 54: Filter

    Model 9180 Digital Panelmeter burster 4.1.6.3 Filter In level 40 depicted in Fig. 4.1.6 press "ENTER" once to go to the menu selection level and press " " twice to go to the input level of menu 43 -FILT- (Fig. 4.1.6.3a). In...

  • Page 55: Options - Limit Value Output - 2 Relays (9180-Vxxx1)

    Digital Panelmeter Model 9180 burster Options - limit value outputs - 2 relays (9180-VXXX1), 4 relays (9180-VXXX2) and 4 optocouplers ( 9180-VXXX3) 4.2.1 Introduction The instrument can be extended with an option for 2 or 4 limit value outputs. This provides it with alarm and control functions.

  • Page 56: Function Description

    Model 9180 Digital Panelmeter burster 4.2.2 Function description To guarantee adaptation to customer-specific requirements, the limit value alarm can be activated individually or in various combinations. Independent alarms Independent alarms are triggered if the display value reaches the switching point value programmed by the user.
  • Page 57 Digital Panelmeter Model 9180 burster Fig. 4.2.2c shows the time delay realized using symmetrical hysteresis. For the sake of simplicity only one alarm is displayed in HI and LO mode. 100 % of the selected hystereses (hys-2) are added to both sides of the switching point so that one band arises within which the output is activated (HI mode) or deactivated (LO mode) ist.
  • Page 58 Model 9180 Digital Panelmeter burster Logically combined alarms The switching points SET2 and SET4 can be combined by means of programming with the corresponding switching points SET1 and SET3. This kind of alarm is not triggered by comparison of the previously programmed display value, but by the comparison to the value used to trigger the combined alarm.

  • Page 59: Terminals

    4.2.3 Terminals Rearside of the basic unit with output option RELAY/OPTOCOUPLER 9180-VXXX1 or 9180-Z0001 2RE - OPTION 2 RELAYS PIN 4 = NO 2 PIN 1 = NO 1 PIN 5 = COMM 2 PIN 2 = COMM 1...

  • Page 60: Technical Specifications

    Model 9180 Digital Panelmeter burster 4.2.4 Technical specifications Technical data Option 2RE Option 4RE Max. current 0,2 A Max. power 2000 VA / 192 W 25 VA / 10 W Max. voltage 250 VAC / 150 VDC 250 VAC / 50 VDC Contact resistance max.

  • Page 61: Setting Limit Values

    The flow chart on page 4-16 (programming instructions) corresponds to module 30 for programming switching points for equipment versions 9180-VXXX1, 9180-VXXX2 and 9180-VXXX3. If you only have the option with 2 relays (9180-VXXX1) at your disposal, only menus 31 and 32 appear for switching points SET1 and SET2.
  • Page 62 Model 9180 Digital Panelmeter burster The adjacent figure shows the input routine in the configuration menu for one of the outputs. The symbol "#" stands for the number of the switching point to be programmed. To HOLD select a different switching point, keep TARA pressing "...
  • Page 63 Digital Panelmeter Model 9180 burster If you have selected "ON" With " " and " " the desired value of the switching point is programmed between -99999 and +99999. ENTER: Confirms the entered value and switches you to HI or LO HOLD selection.
  • Page 64 Model 9180 Digital Panelmeter burster Using the " " and " " keys the time delay value is programmed in seconds (from 0 up to 99999, decimal point is optional, if time delay was selected in the previous time delay routine or two decimal points if hysteresis was previously selected).

  • Page 65: Display Of The Limit Value Setting In Operating Mode

    Digital Panelmeter Model 9180 burster Program the value of the switching point with aid of the " " and " " keys. Remember that SET2 is logically combined with SET1 and SET4 with SET3. ENTER: Confirms your entry and automatically takes you to the...

  • Page 66: Rs232 (Rs2) Option

    Model 9180 Digital Panelmeter burster RS232 (RS2) option 4.3.1 Introduction The output option RS232C consists of an additional card (reference RS2), which is installed in the M1 plug-in slot. The card has a 4-way telephone connection (Western socket). The RS232 output can be used to establish a communications line with which a master can request from one or more display instruments data, for example, display value, switching point, maximum and minimum values, tare values (or offset in the case of a thermometer).
  • Page 67 Digital Panelmeter Model 9180 burster DITEL protocol Format: 1 start bit, 8 data bits, 1 stop bit, no parity bit (none) Receiving messages A message transmitted to a device must consist of a sequence of ASCII codes: X ........X Symbol " " [ASCII 42] signifies the start of the message.
  • Page 68 Model 9180 Digital Panelmeter burster Function table Command Function Function Type DITEL Transmission of the min. memory contents Transmission of the max. memory contents Transmission of the TARE memory contents (Offset in the case of thermometers) Request Transmission of the display value...
  • Page 69 Digital Panelmeter Model 9180 burster One ETX byte for end of text [ASCII 03]. One BCC control byte is computed as follows: When executing an Exclusive-OR operation for all bytes between STX (not included) and ETX (included) If the byte in ASCII code lies at ≥ 32 it can be used as a BCC control byte.

  • Page 70: Installation Of The Card

    Model 9180 Digital Panelmeter burster 4.3.3 Installation of the card Remove the device from the network! Remove the electronics from the housing and open the location marked in Fig. 4.3.3a. This opening is designed for the RS232C output. The options card is inserted into terminal slot M1.

  • Page 71: Terminals

    Digital Panelmeter Model 9180 burster 4.3.4 Terminals 4 RL 2 RL 4 RL CN 7 2 RL 40 P CN 6 40 P Each output card is supplied with a label or RL 4 NO 1 RL 1 NO 2...
  • Page 72 Model 9180 Digital Panelmeter burster D.T.E SUB-25 PINS 25 PINS SUB-9 PINS 9 PINS The display value can be requested using the RTE switch. (See Fig. above). The switch remains closed and the display value is automatically transmitted in 1 second cycles.

  • Page 73: Diagram For The Configuration Of The Rs232 Interface

    Digital Panelmeter Model 9180 burster 4.3.5 Diagram for the configuration of the RS232 interface 4.3.6 Programming instructions The above figure shows Module 50 which the RS232 interface is configured to. The module consists of independent access menus, with which the following parameters can be...

  • Page 74: Access For Programming The Rs232 Interface

    Model 9180 Digital Panelmeter burster 4.3.7 Access for programming the RS232 interface Press the "ENTER" key to go from the operating mode to the programming mode (Display -Pro- in the secondary display) and keep pressing the " " key until you are in level 50 (see Fig.

  • Page 75: Selecting The Baud Rate Of The Rs232 Interface

    Digital Panelmeter Model 9180 burster 4.3.9 Selecting the Baud rate of the RS232 interface The input menu for the transmission speed is depicted in Fig. 4.3.9a. If this parameter has already been programmed you go to menu 53 by pressing " " (see Fig. 4.3.10a)

  • Page 76: Transfer Configuration

    Model 9180 Digital Panelmeter burster The main display shows a two-digit number which corresponds to the previously set address. The left digit of this number flashes. If you would like to program another address, press the " " key to change the value of the flashing digit or "...

  • Page 77: Rs485 (Rs4) Option

    The model 9180 is also provided with a command you can use to copy the programming into another device of the same type.

  • Page 78: Protocol And Commands

    Model 9180 Digital Panelmeter burster If the device receives a valid message an action can be performed immediately 4.4.2 Protocol and commands Two modes of communication have been provided for: The DITEL mode operates with a simple protocol. Using the ISO mode, corresponding to the ISO...
  • Page 79 Digital Panelmeter Model 9180 burster Receiving messages from the device The format of messages sent by the device as a response to a command for data request is as follows: X ........X One byte for space [ASCII 32]. One text (desired value) consisting of a symbol byte [ASCII 43] or - ] ASCII 45] followed by a block made up of n-ASCII codes including decimal point.
  • Page 80 Model 9180 Digital Panelmeter burster Protocol ISO 1745 For the word format, 1 start bit, 7 data bits, 1 parity bit and 1 stop bit are needed. Sending messages to the device X ....X One SOH byte for the beginning of the message [ASCII 01].

  • Page 81: Installation Of The Card

    Digital Panelmeter Model 9180 burster Commands not requesting a value: The device sends acknowledgement that the message has been received. If the message was received and interpreted correctly, the response consists of two address bytes and one "ACK" byte [ASCII 06].

  • Page 82: Terminals

    Model 9180 Digital Panelmeter burster 4.4.4 Terminals Each output card is supplied with a sticker or 4 RL 2 RL 4 RL CN 7 2 RL 40 P CN 6 40 P label on which the connections for each option...

  • Page 83: Connection Of Several Devices To The Rs485 Interface

    Digital Panelmeter Model 9180 burster 4.4.5 Connection of several devices to the RS485 interface Type 9180-1 Type 9180-2 Type 9180-3 D.T.E. 2) Jumper J1 1) Jumper J1 removed 1) Jumper J2 removed attached With D.T.E., up to 31 display instruments can be connected to the same bus. Here each device receives its own address between 00 and 99.

  • Page 84: Diagram For Configuring The Rs485 Output Type 9180

    Model 9180 Digital Panelmeter burster 4.4.6 Diagram for configuring the RS485 output Type 9180 4.4.7 Programming instructions The above figure shows Module 50 configured with the serial interface. The module consists of 5 independent access menus which can be used to configure the...

  • Page 85: Access To Interface Programming

    Digital Panelmeter Model 9180 burster 4.4.8 Access to interface programming Press the "ENTER" key to go from the operating mode to the programming mode (-Pro- appears in the secondary display) and keep pressing the " " key until you reach level 50 (see Fig. 4.4.8).

  • Page 86: Selection Of The Baudrate Of The Rs485 Interface

    Model 9180 Digital Panelmeter burster 4.4.10 Selection of the baudrate of the RS485 interface The display shown in Fig. 4.4.10a appears as the selection menu for the baudrate. This menu is activated by pressing the "ENTER" key. If this parameter has already...

  • Page 87: Setting The Addresses Of The Rs485 Interface

    Digital Panelmeter Model 9180 burster 4.4.11 Setting the addresses of the RS485 interface Starting with level 50 (Fig. 4.4.8) press "ENTER" to access menu selection and " " twice to reach menu 53 for address programming (see Fig. 4.4.11a). Press the "ENTER"...

  • Page 88: Transfer Configuration

    54 -trAnS- and the option "ISo" in menu 51 -SoFt- (for the ISO 1745 communications protocol). To copy the programming from one device to the other, the 9180 on the receiving side must have the same address as the transmitting 9180 (see pages 4-32/33).

  • Page 89: Set The Time Delay For The Rs485 Interface

    Digital Panelmeter Model 9180 burster 4.4.13 Set the time delay for the RS485 interface At the start of module 50 (Fig. 4.4.8) press "ENTER" to access the programming menu and then the " " button four times to set the device into the input level of menu 55 dLY (Fig.

  • Page 90: Bcd Output Option

    Model 9180 Digital Panelmeter burster BCD output option 4.5.1 Introduction The BCD output option supplies 5 1/2 digits in BCD code. Using the TRISTATE, the output remains highly resistive so that various display instruments can use the same communications bus.

  • Page 91: Installation Of The Card

    Digital Panelmeter Model 9180 burster 4.5.2 Installation of the card Remove the electronics from the housing and open the location marked in Fig. 4.5.2. This opening is designed for the BCD output option. The BCD card is connected to the J6 socket on the base plate of the device via a flatband cable (see Figure 2).
  • Page 92 Model 9180 Digital Panelmeter burster The card is inserted into the slot in the front panel (Fig. 4.5.2b) and lies in the opening of the input card. The flat cable is bent and lies on the transformer (Fig. 4.5.2b). Fig. 4.5.2b Then the electronic unit with the BCD card (Fig.

  • Page 93: Terminals Of The Bcd Output

    Digital Panelmeter Model 9180 burster 4.5.3 Terminals of the BCD output The BCD output card is supplied with a sticker on which the terminals are depicted. Rearside of the BCD option In order for the outputs to be optically isolated with respect to the input signal, the card must be supplied with an external voltage between 5 V and 24 V at pins 31/32 (+) and 28 (-).
  • Page 94 Model 9180 Digital Panelmeter burster An adapter with a 37-pin SUB-D connector is supplied together with the BCD card. The adapter also consists of a 34-pin connector which is plugged into the output terminal of the BCD card. The 37-pin connector has the pin assignment:...

  • Page 95: Changing The Logic

    Digital Panelmeter Model 9180 burster 4.5.4 Changing the logic The BCD output card can be configured for data output in positive logic (the bit is enabled, if it has a higher level with respect to GND) or in negative logic (the bit is enabled, if it has a lower level in relation to GND).
  • Page 96 Model 9180 Digital Panelmeter burster The following schemes depict one of the BCD outputs in positive and negative logic respectively. Positive logic Pin assignment corresponds to pages 4-49/50 Negative logic Parameters of the output transistors: Vmax = 40 V Imax = 100 mA The TRISTATE input is triggered externally and is always active at level "1".

  • Page 97: Pin Assignment Of The Table-Top Version

    Digital Panelmeter Model 9180 burster 5. Pin assignment of the table-top version 5.1 Position and meaning of the connection sockets Service socket for Assignment of the 12 pin flange socket shunt calibration Assignment of the 12 pin flange socket (Poti, Process)

  • Page 98: Potentiometer Connection

    Model 9180 Digital Panelmeter burster Strain gage sensor (DMS) connection +Feed DMS (Load) +Signal -Signal -Feed Potentiometer connection +Feed Poti (Process) Poti +Signal -Signal -Feed Page 5-2...

  • Page 99: Connection Of Process Signals Up To 300 Mv

    Digital Panelmeter Model 9180 burster Connection of process signals up to 300 mV DMS (Load) to ±300 mV Connection of process signals up to 10 V Poti (Process) to ±10 V Connection of process signals up to 20 mA Poti (Process) 0 ...

  • Page 100: Connection Of Transmitter To Current Output

    Model 9180 Digital Panelmeter burster Connection of transmitter to current output 4 wire Poti (Process) +Feed Transmitter +Signal 0...1 mA/ 0(4)...20 mA -Signal -Feed 2 wire Poti (Process) -Signal Transmitter 4...20 mA +Signal Connection of transmitter to voltage output Poti (Process)

  • Page 101: Technical Data

    Digital Panelmeter Model 9180 burster 5.10 Technical data 5.10.1 Electrical specifications Process signal Max. input ± 10 V DC ± 20 mA DC Resolution 1 mV 1 µA Input resistance 1 MΩ 15 Ω Feed 24 V (30 mA) 10 V (120 mA), 5 V (120 mA) Strain gage (DMS): Max.
  • Page 102 Model 9180 Digital Panelmeter burster Accuracy: Maximum error 0.1 % ± 3 digit Temperature coefficient 50 ppm/°C Warm-up time 10 minutes Response time: without digital filter 175 ms ± 25 ms With digital filter with filter LO 275 ms ± 25 ms with filter Md 425 ms ±...

  • Page 103: Dimensions [Mm] And Assembly

    Digital Panelmeter Model 9180 burster 5.10.2 Dimensions [mm] and assembly Assembly: Break out an area of 92 x 45 mm from the switching cabinet wall and insert the instrument. Place the rubber seal between the front panel and the switching cabinet wall and press the fastening clips to the housing from behind until they latch on.
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  • Page 105 Digital Panelmeter Model 9180 burster A P P E N D I X Example BASIC Page...
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