Lamp Test; Message Acknowledgement; Binary Inputs; Parameter Entry - Jaquet FT 3000 Operating Instructions Manual

Operating Instructions FT 3000 JAQUET AG
Frequency output 2 having potential free, floating reference.
Frequency output 3 controls the yellow front panel LED S.
Every frequency output is programmable with one of 5 possible input signals (None, F1, F2, F3, F4).

7.9 Lamp test

The lamp test switches on all FTFU 3024 and any FTV 3090 LED's present. No relay status is changed.
Relays remain under the sole control of the monitoring module.
Lamp testing is active when LampTest is set active (=1) in the CommandByte.

7.10 Message acknowledgement

Whether the internal messages PS1OK, PS2OK, SensorMonitorOK and ModulOK must be acknowledged or not can be
defined by software. Acknowledgement is via setting (=1) and resetting (=0) of ResetLatch in the CommandByte.

7.11 Binary inputs

Each of the 6 binary inputs can be allocated to one of the following functions:
• without
• Reset messages via active hold function
• Reset max value memory
• Lamp test
• Set direction
• Select speed monitor to test
• Select speed monitor to test
• Select 1 of 2 test frequencies
• Initiate test
An inactive binary input resets (=0) the allocated internal command.
An active binary input sets (=1) the allocated command.

7.12 Parameter entry

The input of process and configuration parameters would normally be made by the manufacturer or OEM per the
order. Process and configuration parameters are configurable via PC software using the RS 232 interface and the FTK
3072 comms module (see section 7).
Where a micro terminal is installed, process parameters may be entered via this.
Service parameters are reserved for the manufacturer.
All parameters are stored in EEPROM and not lost if power fails.

7.13 Signal Monitoring

377E-63917 Rev 4.00
None
ResetLatch
ResetMaxMem
LampTest
DirectionSet
SpeedMonitorASelect
SpeedMonitorBSelect
UnderOverSelect
TestOn
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