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STX Signal Transmitter Installation and Operation ... - Kistler-Morse

STX Signal Transmitter Installation and Operation ... - Kistler-Morse

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Chapter 8. MVS-<strong>STX</strong> Service Menu<br />

E2rst (EEPROM reset)<br />

(MVS only; does not apply to current<br />

output on <strong>STX</strong> PCB)<br />

This function resets the current output Mode<br />

<strong>and</strong> the Iadj tuning parameters for 0 mA,<br />

4 mA, <strong>and</strong> 20 mA to default values for all<br />

channels on the displayed Current Output<br />

PCB. The E2rst display looks like this:<br />

DEFAULT ADDR 15?<br />

F1 F2 F3<br />

ADDR 15 is the Current Output PCB’s<br />

hexadecimal address.<br />

Press the F1 Key to default the current<br />

output parameters for all channels on the<br />

displayed Current Output PCB to:<br />

• Mode — 4-20 mA<br />

• Calibration values —<br />

20 mA value =14329 counts<br />

4 mA value = 3738 counts<br />

0 mA value = 1096 counts<br />

The display flashes a message acknowledging<br />

the entry. Pressing the F3 Key exits the<br />

menu without defaulting.<br />

If there are multiple Current Output PCBs, the<br />

MVS advances to the address of the next<br />

Current Output PCB.<br />

Test<br />

Yes<br />

No<br />

This function allows manual activation of<br />

current output channels outside of normal<br />

control. The system issues a warning that<br />

automatic control of current outputs assigned<br />

to the selected channel is transferred to<br />

manual control, <strong>and</strong> requests verification.<br />

CAUTION<br />

Manually activating current output can<br />

cause damage if control equipment is<br />

connected. Disconnect control equipment<br />

before proceeding.<br />

MVS Menu<br />

After the warning message, if more than one<br />

current output has been assigned for this<br />

channel, a selection of the two current output<br />

channels is offered. After you select a<br />

channel, a Test display looks like this:<br />

Iout01 :AD 15:Ch1<br />

• Iout01 <strong>and</strong> Ch1 is the channel number on<br />

the Current Output PCB. Each Current<br />

Output PCB has eight multiplexed<br />

current output channels.<br />

• Ad 15 is the Current Output PCB’s<br />

hexadecimal address.<br />

• 04mA is the current sent to the current<br />

output channel being tested. If the current<br />

mode is 0-20mA, the test current output<br />

ranges from 0 mA to 20 mA in 2 mA<br />

steps. If in the 4-20mA mode, the test<br />

current output ranges from 4 mA to<br />

20 mA in 2 mA steps.<br />

• More or Less refers to the increase<br />

(More) or decrease (Less) of the output.<br />

Press the F2 Key to increase output in<br />

2 mA steps. Press the F3 Key to<br />

decrease output in 2 mA steps.<br />

Press the Esc or Auto/Man Key to terminate<br />

the test. Once the test is terminated, the<br />

current output returns to automatic control.<br />

To test current output for another channel<br />

assigned to this <strong>STX</strong> channel on the Current<br />

Output PCB, select Test again <strong>and</strong> then<br />

select the other current output channel.<br />

<strong>STX</strong> Menu<br />

After the warning message, a Test display<br />

looks like this:<br />

TEST 01 Addr 12<br />

>04ma: More<br />

Less<br />

F1 F2 F3<br />

• 01 is the channel number in the MVS.<br />

• Ad 12 is the <strong>STX</strong> PCB’s hexadecimal<br />

address.<br />

• 04mA is the current sent to the <strong>STX</strong> PCB<br />

current output channel. If the current<br />

mode is 0-20mA, the test current output<br />

ranges from 0 mA to 20 mA in 2 mA<br />

steps. If in the 4-20mA mode, the test<br />

current output ranges from 4 mA to<br />

20 mA in 2 mA steps.<br />

• More or Less refers to the increase<br />

(More) or decrease (Less) of the output.<br />

Press the F2 Key to increase output in<br />

2 mA steps. Press the F3 Key to<br />

decrease output in 2 mA steps.<br />

Press the Esc or Auto/Man Key to terminate<br />

the test. Once the test is terminated, the<br />

current output returns to automatic control.<br />

>04ma: More<br />

Less<br />

F1 F2 F3<br />

8-8

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