
SECTION 5.0, TRANSDUCER INTERFACE ENCLOSURE
Buffer Board in the junction box assembly by a coax cable and three twisted,
shielded pair cable. The Flow Preamp/Driver Board has circuits to amplify the
transmit waveform, amplify the receive signal, apply a digital gain to the receive
signal, and bias the Electrostatic Transducer. Jumpers are provided to switch
between Electrostatic and Long Range Transducers. The purge switch signal is
passed directly through the preamp to the Flow Mother Board.
CAUTION
:
Care must be taken to insure that the jumpers are in the correct
position to avoid damage to the transducer.
5.2.5 (Optional) Dual Analog Input Board
The Dual Analog Input Board is an optional device intended to interface external
temperature and pressure signals into the system. This is necessary for monitors
that must correct the readings to standard conditions. The Dual Analog Input
Board can take three types of temperature inputs; RTD, 4-20
ma
current loop, or
DC voltage loop. It can take three types of barometric pressure signals; a custom
Teledyne Monitor Labs module, a 4-20
ma
current loop, or a DC voltage loop. The
board plugs into a connector on the bottom of the Flow Mother Board. The
information is transferred via Serial Peripheral Interface (SPI).
5.2.6 (Optional) Local User Interface Key Pad and Display Assembly
The optional Local User Interface (Standard on a 560DI) is designed as a basic
data display and mode command station for the operator when on the stack. It
does not have the ability to make parameter changes. It can only request data for
display and switch the monitor from one operational mode to another. (See
Section 4.2.2.)
The assembly has a six digit LED display and a ten-button key pad. There are
also four LED indicator lights for Fault, In Calibration, Path displayed and Power
on/off. The leftmost two digits of the display are green and indicate the bank and
the number of the parameter to be displayed. The parameters are grouped by
banks:
U
ser bank (Table 5-3A),
S
ervice bank (Table 5-3B), and
A
uxiliary bank
(Table 5-3C). The following parameter tables and “Individual Button Function”
section define how to use the interface.
5-9
Summary of Contents for ULTRAFLOW 150
Page 2: ...DOCUMENT NO 1900 0100 01 REV E ...
Page 24: ...ULTRAFLOW 150 GAS FLOW AND TEMPERATURE MONITOR This page intentionally left blank 4 6 ...
Page 75: ...SECTION 7 0 INSTALLATION This page intentionally left blank 7 7 ...
Page 76: ......
Page 85: ...SECTION 8 0 SYSTEM CALIBRATION AND ADJUSTMENT This page intentionally left blank 8 9 ...
Page 86: ......
Page 89: ...APPENDIX A SITE SPECIFICATION DATA SHEETS ...
Page 90: ...ULTRAFLOW 150 GAS FLOW AND TEMPERATURE MONITOR This page intentionally left blank ...
Page 95: ...APPENDIX B MAINTENANCE CHECK SHEETS ...
Page 96: ... This page intentionally left blank ...
Page 101: ...APPENDIX C SPARE PARTS ...
Page 102: ... This page intentionally left blank ...
Page 105: ......
Page 106: ...APPENDIX D DRAWINGS ...
Page 107: ... This page intentionally left blank ...
Page 108: ......
Page 109: ......
Page 110: ......
Page 111: ......
Page 112: ......
Page 113: ......
Page 114: ......
Page 115: ......
Page 116: ......
Page 117: ......
Page 118: ......
Page 119: ......
Page 120: ......
Page 121: ......
Page 122: ......
Page 123: ......
Page 124: ......
Page 125: ......
Page 126: ......
Page 127: ......
Page 128: ......
Page 129: ......
Page 130: ......
Page 131: ......
Page 132: ......
Page 133: ......
Page 134: ......
Page 135: ......
Page 136: ......
Page 137: ......
Page 138: ......
Page 139: ......
Page 140: ......
Page 141: ......
Page 142: ......
Page 143: ......
Page 144: ...APPENDIX E ENHANCED SERIAL PORT COMMUNICATION PROTOCOL ...