Delta DTM Series - Operating Commands for Expansion Cassette Series; DTM-Dox Series Accessory Operating Commands

Chapter 7: Appendix
DTM temperature controller operating manual
7-7
7.1.2 Operating Commands for Expansion Cassette Series
Output adjustment value settings for DTM-BDC or DTM-BDL expansion cassette (see Section 1.4 for
device types) that can be calibrated.
Analog output current adjustment increment: 1μA/scale; Analog output voltage adjustment increment:
1mV/scale
Name
Description
CH1
CH2
CH3
CH4
CH5
CH6
CH7
CH8
AO lower limit
adjust
(expansion
cassette)
4~20mA or
0~10V fine
tune
Hx228 Hx229 Hx22A Hx22B Hx22C Hx22D Hx22E Hx22F
AO upper limit
adjust
(expansion
cassette)
4~20mA or
0~10V fine
tune
Hx230 Hx231 Hx232 Hx233 Hx234 Hx235 Hx236 Hx237
 Note:
1) x is the station number of the machine where DTM-BDC and DTM-BDL are loaded, x=0 represents the host.
2) The 8 physical output points of the DTM host and the measurement expansion module itself (equipped with two
expansion cassettes) are preset for control output 1.
3) The output must be used with the input. When there is no signal at the input, the output will not work.
7.1.3 DTM-DOx Series Accessory Operating Commands
To ensure that DTM-DO series accessories can perform output actions, DTM-DOx series accessories can
be set to their internal station numbers and channels corresponding to output 1 and 2 via the DTM host or
measurement expansion module.
Output adjustment value settings for DTM-DOC, DTM-DOL IO expansion modules (see Section 1.4 for
device types) that can be calibrated.
Analog output current adjustment increment: 1μA/scale; Analog output voltage adjustment increment:
1mV/scale
Name Description CH1 CH2 CH3 CH4 CH5 CH6 CH7 CH8
AO lower limit
adjust (I/O
expansion module)
4~20mA or
0~10V fine
tune
Hy789 Hy78A Hy78B Hy78C Hy7C9 Hy7CA Hy7CB Hy7CC
AO upper limit
adjust (I/O
expansion module)
4~20mA or
0~10V fine
tune
Hy78D Hy78E Hy78F Hy790 Hy7CD Hy7CE Hy7CF Hy7D0
 Note:
1. y is the internal station number of DTM-DOC, DTM-DOL
2. Outputs must have an accompanying input; when the input has no signal, the output will have no action.