NEUPOS-01.1
MODUL OF FAULT SIGNALLING
Functions:
- following of 10 faults
- sensing and processing of faults in I. a II. level per one module
- optional ratio between faults of I. and II. level
- recognition of first faults and following non-confirm faults
- recognition of the first and (non)confirm faults
- separate relay outputs for I. level faults
- separate relay outputs for II. level faults
- separate relay output for acoustic signalling of arisen faults
- separate relay output for modem
- 2 reserved inputs
- data storing during power failure
- LONWORKS® communication, and/or with superior system
HW description:
- 10 optocouplling digital inputs (I1 ÷ I10) for following of 10 faults
according jumpers for configuration of I. and II. level faults
- 1 optocouplling digital input (P) for faults confirmation
- 1 optocouplling digital input (S) for light and acoustic signal check
- 10 optocouplling digital transistor outputs (O1 ÷ O10) for light
indication, which signal faults for each input
- 2 optocouplling digital transistor outputs for free use
- 4 relay output for signalling of:
- I. level faults
- II. level faults
- acoustic alarm
- modem plugging
- 2 jumpers (P1, P2) for option of amount of I. and II. level faults
- 2 jumpers (P3, P4) reserved
- micro-button (MT1) for LONWORKS® (SERVICE PIN)
- micro-button (MT2) for external reset of module
- standard communication LONWORKS® interface FTT10
- compact construction in mounting frame to DIN rail
Description:
Fault signalling module - based on LONWORKS® - senses,
processes and indicates summary 10 faults in I. and II. level (rate of both is optional
according jumpers) with the time recognition of the first and followed faults. There are
possibility to plug check and confirmation pushbuttons, acoustic alarm and telephone
modem, too. LONWORKS® CPU module is equipped by FTT10.
NEUPOS 01 is proposed for mounting to the distributors and the
technological equipments. Monitoring of the heating houses without operator is the typical
use of NEUPOS 01.
Application SW is possible to accommodate to customer needs.
Technical data:
Parameters |
Value |
Units |
Power supply |
24 ± 20% |
V DC |
Current consumption (without input
load) |
< 100 |
mA |
Summary number of fault inputs |
10 |
- |
Number of auxiliary inputs |
2 |
- |
Type of inputs |
24/5 |
V/mA |
Input level - log. 0 |
< 3 |
V |
Input level - log. 1 |
> 12 |
V |
Sample trigger for fault occurrence |
> 20 |
ms |
Number of outputs |
10 |
- |
Type of digital outputs |
24/100 |
V/mA |
Number of auxiliary transistor outputs |
2 |
- |
Type of auxiliary transistor outputs |
24/100 |
V/mA |
Number of auxiliary relay outputs |
4 |
- |
Type of auxiliary relay outputs |
250/8
24/8 |
V/A AC
V/A DC |
Number of config. jumpers |
2 |
- |
Number of auxiliary jumpers |
2 |
- |
Input protection - glass fuse |
F250/1,4 |
V/A |
CPU board protection - glass fuse |
F250/0,1 |
V/A |
Protection class |
IP00 |
- |
Dimension |
165 x 125 x 48 |
mm |
Mounting on rail |
DIN 35 |
- |
|