1. Manuals
  2. Brands
  3. Newport Manuals
  4. Monitor
  5. 6155AS
  6. Manual

Newport 6155AS Manual

6 digit serial input remote display type
Hide thumbs
Table of Contents

Advertisement

Quick Links

6155AS
6 DIGIT SERIAL INPUT
REMOTE DISPLAY TYPE

Advertisement

Table of Contents
loading

Related Manuals for Newport 6155AS

Summary of Contents for Newport 6155AS

  • Page 1 6155AS 6 DIGIT SERIAL INPUT REMOTE DISPLAY TYPE...

  • Page 2: Table Of Contents

    AC Power Selection Jumpers Module Address Baud Rate Mode Input Type Selection Power and Signal Connections Input Signal Inversion Interfacing the 6155AS with Newport 269/P6000 Interfacing the 6155AS with IBM PC Compatibles SPECIFICATIONS General Communication Power Display Dimensions Operating Environment...
  • Page 3 PAGE The 6155AS Block Diagram Display Character Table Control Characters Jumper Locations On Power Transformer DIP Switches 6155AS Rear Panel With Pin Assignments 6155AS/269 Interfacing 6155AS/P6000 Interfacing 6155AS/IBM PC Interfacing Case Dimensions Main Board & Display Board Assembly Diagrams Main Board Schematic...

  • Page 4: General Information

    30) is common to all remote displays for simultaneous display of the same message. The 6155AS may be set-up to operate in a 'strobed' mode whereby the data string is transferred to the display on reception of a carriage return.
  • Page 5 Figure 1-1 The 6155AS Block Diagram U02124ML-01-UK...

  • Page 6: Getting Started

    SECTION 2 GETTING STARTED 2.1 UNPACKING AND INSPECTION Your 6155AS remote display was systematically inspected and tested, then carefully packed before shipment. Unpack the instrument and inspect for shipping damage. If damage exists, do not attempt to operate the unit. Notify the freight carrier immediately.

  • Page 7: Turning It On

    WARNING: INCORRECT POWER CAN DAMAGE YOUR 6155AS MODULE 2.4 MESSAGE DISPLAY AT POWER UP At initial Power-up the 6155AS displays a message which indicates the following configuration details:- i) PROGRAM REVISION CODE i) SELECTED MODE (0, 1, 2 or 3) ii) PRESENT INPUT LEVEL ( ⎯...

  • Page 8: Operation

    SECTION 3 OPERATION 3.1 INTRODUCTION This section provides information regarding transmission of messages to the module. See section 4 for configuration of jumpers, links and DIP switches. 3.2 MESSAGE FORMAT All messages transmitted to the module should be in ASCII. The valid characters are shown in the diagram below (Space) Figure 3-1 Display Character Table...

  • Page 9: Example Message

    Various control characters are also used :- ASCII ACTION CODE ETX : Stops the module receiving further data except code 02 XOFF: As per ETX STX : Starts the module receiving data. If the instrument has an address other than '0' the next character must be the address of the instrument or it will return to an inactive state XON : As per STX END OF DATA: In shift mode next valid data will clear the...

  • Page 10: Addressing

    12 character message. 3.6 LH/RH LED INDICATORS Two rectangular LED's are provided on the 6155AS for use as general indicators I alarm condition displays. An extra (seventh - MSD) character transmitted (in modes 0 or 1) will control these two LED's as follows:-...

  • Page 11: Configuration/Mechanical Installation

    SECTION 4 CONFIGURATION/MECHANICAL INSTALLATION 4.1 AC POWER SELECTION JUMPERS For 230V AC operation, link W1 should be installed (Remove links W2 and W3 if fitted). For 115V AC operation, links W2 and W3 should be installed (Remove link W1 if fitted). Figure 4-1 Jumper on Power Transformer AC POWER CONNECTIONS WIRE COLOUR...

  • Page 12: Baud Rate

    Switches 1 to 4 are used to set the module, address, the following table lists all possible combinations. ADDRESS DISPLAY ASCII CHAR < > 4.3 BAUD RATE Switches 5 and 6 set the baud rate. BAUD 9600 2400 1200 4.4 MODE Switches 7 and 8 set the mode.

  • Page 13: Input Type Selection

    AIN BIN RCVR powered ±5V D.F.H.I BIN COM P6000 As above As above ±5V D,F,I BIN COM Diff BIN AIN Common at COM Termination D,H,F,I AIN/BIN COM 4.6 POWER AND SIGNAL CONNECTIONS Figure 4-3 6155AS Rear panel with pin assignments U02124ML-01-UK...

  • Page 14: Input Signal Inversion

    4. The 6155AS meter can now slide forward out of its casing 5. Open-circuit solder-switch positions SWI-A and SW2-A 6. Short-circuit solder-switch positions SWI-B and SW2-B 7. Re-assemble the 6155AS meter now by reversing steps 1 to 4. above Figure 1 Location of solder switches SW1 and SW2 Note.

  • Page 15: Interfacing The 6155As With Newport 269/P6000

    4.8 INTERFACING THE 6155AS WITH NEWPORT 269/P6000 UNITS Shown below in figures 4-4 and 4-5 are interconnection and configuration details for using the 6155AS with Newport products 269 and P6000. Figure 4-4 6155AS/269 Interfacing Figure 4-5 6155AS/P6000 Interfacing U02124ML-01-UK...

  • Page 16: Interfacing The 6155As With Ibm Pc Compatibles

    [MODE LPT1=COM1] Reroutes output to printer: LPT1 to Communications adapter: COM1) Any Data now sent to the printer LPT1 will now be displayed on the 6155AS. i.e. If the following BASIC instruction is programmed: [LPRINT "123456"] the 6155AS will display 123456.

  • Page 17: Specifications

    Vin Max. =15V (2) 2mA LOOP (externally powered) LOGIC 1 =1.5mA Min.=Mark LOGIC 0=0.5mA Max.=Space Volt drop. = 1 V Max. Max input current.=0.5A (3) 2mA LOOP (6155AS powered) Open circuit voltage=5V ±5% Compliance = 3.5V Min. Other details as (2) U02124ML-01-UK...
  • Page 18 (4) 20mA LOOP (externally powered) LOGIC 1 =15mA Min.=Mark LOGIC 0=5mA Max.=Space Volt drop= 1 V Max. (5) 20mA LOOP (6155AS powered) Open circuit voltage=5V ±5% Compliance = 3.5V Min. Other details as (4) (6) BIPOLAR ±5V (RS 423) LOGIC 1 =3V Min. = Space LOGIC O=OV Max.=Mark...

  • Page 19: Power

    5.3 POWER AC Voltage: 120/240V (Selected by internal links see Section 4-1) +10% -15%, 50-60Hz Power Consumption 5 Watts (max) DC Power (Option) Voltage: 9.5 to 32 V DC Current: 800 mA (Max) 5.4 DISPLAY Type: 7 segment red LED Digit height: 14.2mm 5.5 DIMENSION Case-size: Bezel 96x48mm...

  • Page 20: Main Board Drawings

    Figure 6-1 Case dimensions U02124ML-01-UK...
  • Page 21 Figure 6-2 Main board & display board assembly diagrams U02124ML-01-UK...
  • Page 22 Figure 6-3 Main board schematic U02124ML-01-UK...
  • Page 23 Figure 6-4 Display board schematic U02124ML-01-UK...
  • Page 24 Figure 6-5 Power supply assembly diagram U02124ML-01-UK...
  • Page 25 Figure 6-6 Power supply schematic U02124ML-01-UK...
  • Page 26 Figure 6-7 DC Power supply schematic (Option) U02124ML-01-UK...
  • Page 27 Figure 6-8 DC Power supply assembly (option) U02124ML-01-UK...
  • Page 28 Figure 6-9 Exploded view of module U02124ML-01-UK...
  • Page 29 BS4504 SUB-SET PROTOCOL. The display powers-up normally responding to any valid received characters. If the character EOT is received at any time the 6155AS changes to a sub-set of the BS4504 protocol. The four characters immediately following EOT are then interpreted as the group number (sent twice) and the ID number (sent twice).
  • Page 30 Note that data strings terminated by carriage return should not be used, as carriage return followed by ETX will result in a blank display. See below for details. The display is a receiver only and provides no response or talkback The block check characters (error detection) are not used and all alpha characters following STX are treated as printable characters.
  • Page 31 NOTES U02124ML-01-UK...
  • Page 32 Newport Electronics INC on 1- 800 - 284 - 4914, if in the USA, or on 0800 488 488 for the UK, and European Headquarters, or call direct to any of our European offices shown on the back of this manual.

Table of Contents