Teledyne ULTRAFLOW 150, Operation Manual, Page: 44 / 162

ULTRAFLOW 150 GAS FLOW AND TEMPERATURE MONITOR
Table 6-4A
Multi I/O Jumper Definitions
Jumper # Selections Functional Description
4--20
ma
0--20
ma
0—24
ma
JU1 1 0 1 Jumpers JU
1
& JU
2
configure the range of the
analog outputs for channel #1.
JU2 0 1 1
JU3 1 0 1 Configures the range of analog output #2
JU4 0 1 1
JU5 1 0 1 Configures the range of analog output #3
JU6 0 1 1
JU7
1
0 1 Configures the range of analog output #4
JU8
0
1 1
Dry Contact
5
vdc
Digital
JU9 1—2—3 1—2—3
Configures digital input #1 hardware to work with
dry contact or 5
vdc
logic signals
JU10 1—2—3 1—2—3 Configures digital input #2 hardware.
JU11 1—2—3 1—2—3 Configures digital input #3 hardware.
JU12 1—2—3 1—2—3 Configures digital input #4 hardware.
JU13 1—2—3 1—2—3 Configures digital input #5 hardware.
JU14 1—2—3 1—2—3 Configures digital input #6 hardware.
JU15 1—2—3 1—2—3 Configures digital input #7 hardware.
JU16 1—2—3 1—2—3 Configures digital input #8 hardware.
Ram
128K
Ram
32K
ROM
128K ROM
64K
ROM
32K
Flash
128K Flash
64K
Flash
32K
JU17 A A B B B B B B Jumpers JU
17
& JU
18
together, select the type of
memory chips to be used.
JU18 D D C C B C C A
JU19
IN-----OUT
Double terminated
IN-----OUT
Single terminated
Selects whether the network termination will be
single or double termination. This is usually done
elsewhere
JU20
IN-----OUT
Out = unterminated
IN-----OUT
IN = terminated
Terminates the network if necessary. This is usually
done elsewhere.
JU21 1 2 3 2 3 K1 Contact: 2 3 = NO 1 2 = NC
JU22 1 2 3 2 3 K2 Contact: 2 3 = NO 1 2 = NC
JU23 1 2 3 2 3 K3 Contact: 2 3 = NO 1 2 = NC
JU24 1 2 3 2 3 K4 Contact: 2 3 = NO 1 2 = NC
JU25 1 2 3 2 3 K5 Contact: 2 3 = NO 1 2 = NC
JU26 1 2 3 2 3 K6 Contact: 2 3 = NO 1 2 = NC
JU27 1 2 3 2 3 K7 Contact: 2 3 = NO 1 2 = NC
JU28 1 2 3 2 3 K8 Contact: 2 3 = NO 1 2 = NC
NOTES:
1. For exact jumper positions as shipped see “Site Specification Data sheets” (Appendix A).
2. Bold print indicates the standard selection.
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