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B01050 B01060 Operating Installation Manual Solution F1 20130814.doc
33719 Bielefeld
Version S040A13.08
//bit 0 = Waiting for Acknowledge
//bit 1 = last message not confirmed
//bit 2 = Message synchronization
//bit 3 = End of message synchronization
//bit 4 = Active delay
//bit 5 = Transmission device disabled
//bit 6 = Main alarm
For further information please press "Details" (F4)
jump to menu
27.1
27.1
Send-/Receive status 1000001
↑↓
#
Send index 4573
Start index 0200
No. of detectors 504
Receive Index 704
Receive Timeout 20
Timeout transm.release 30
cancel Send
↑↓
Stop Receive
Detector details of network devices
In this menu receive and transmit of detector data
between network devices can be controlled.
The register "Send-/Receive status" has following
meaning:
//bit 0 = waiting for release
//bit 1 = got release to send data
//bit 2 = request for detector data
//bit 3 = receiving detector data
//bit 4 = sending data to web server
//bit 5 = given release to send
//bit 6 = sending necessary
//bit 7 = sending data
The arrows in line 1 show receive and transmit
activity.
'#' signalises an occupied transmit buffer.
Send index value of 4573 means, that all detector
data have been send to the selected network device.
The start index is the memory location, where entry
of detector data for the selected network device
starts.
The "no. of detectors" value represents the received
quantity.
After successful receive the receive index value has
to be the sum of start index + no. of detectors.
Communication can be manually controlled by the
function keys:
F2 = send detector data
F3 = communication stop
F4 = receive detector data
28
0001/001 MCP CHQ-CP
Configured detector text
1 2 3 4 5 6 7 8
Inputs |0| | | | | | | |
Outputs |0| | | | | | | |
Fault : missing
Cancel
Example of detector data: MCP
The input bits display the status of the alarm contact
of the MCP or - in case of input modules – the status
of the input bits of the module (high / low).
The "Output” bits show – in case of output modules –
which outputs are active or in fault condition.
