ControlByWeb X-320m, Руководство пользователя

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Appendix G: Common Sensor Setup Parameters X-320M™ User's Manual
Make Model Output Slope Offset Settings Connections
Davis 7852 N.O. Reed
Switch in: 0.01
mm: 0.254 0 I/O: Input, Pull-Up,
Increment when input off Digital Input
Ground
RM
Young 52203 N.O. Reed
Switch
in: 0.00394
mm: 0.1 0 I/O: Input, Pull-Up,
Increment when input off Digital Input
Ground
Water
Log H-340 N.O. Reed
Switch
in: 0.01
mm: 0.254 0 I/O: Input, Pull-Up,
Increment when input off Digital Input
Ground
Met One 360 N.O. Reed
Switch in: 0.01
mm: 0.254 0 I/O: Input, Pull-Up,
Increment when input off Digital Input
Ground
Met One 364 N.O. Reed
Switch in: 0.00394
mm: 0.1 0 I/O: Input, Pull-Up,
Increment when input off Digital Input
Ground
Temperature
X-320M™ can be used with 1-Wire temperature sensors such as Xytronix X-DTS-U, X-DTS-WM, and X-
DTS-S12. Linear response analog sensors (voltage or current output) may also be used. Non-linear
thermistors are not compatible.
The use of 1-Wire sensors has the advantage of allowing multiple sensors to be installed and frees up
analog ports for other sensor options.
Make Model Output Slope Offset Settings Connections
Xytronix X-DTS-U
X-DTS-WM
X-DTHS-S12
X-DTS-S12 1-Wire F: 1.0
C: 0.5555 F: 0
C: 17.778 -- 5Vout
Gnd
Data
RM
Young 41382VC 0-5 VDC C: 20 C: -50 -- 5Vref
Agnd
Ain
RM
Young 41382VF 0-5 VDC F: 40 F: -50 -- 5Vref
Agnd
Ain
Radiation shields such as the Davis Instruments 7714 or RM Young 41003 may be required.
The RM Young sensors are often listed as 0-1 VDC output. These sensors have a selectable output
range and can be configured as 0-5 VDC. Please refer to the sensor instruction sheet.
Page 120 Xytronix Research & Design, Inc.