User manual for - TIMER SLC-94
Register Write
Range
Register description
37h
Yes
see descr.
Parameter
“mSEC”
of
“rELAy1”
submenu (lower word).
Joined value of registers 36h & 37h: from 0 to 999 999
38h
Yes
0 ÷ 2
Parameter
“modE 1”
of
“rELAy1”
(relay mode);
0
- tryb
“noAct”
;
1
- mode
“on”
;
2
- mode
“oFF”
;
3
- mode
“modbuS”
39h
Yes
0 ÷ 1
Parameter
“Src1”
of
“rELAy1”
:
0
-main timer;
1
-
totalizer
40h
Yes
see descr.
Parameter “
Hr”
of
“rELAy2”
/
“SEtP2”
submenu (higher word).
41h
Yes
see descr.
Parameter
“Hr”
of
“rELAy2”
submenu (lower word).
Joined value of registers 40h & 41h: from 0 to 99 999
42h
Yes
see descr.
Parameter
“min”
of
“rELAy2”
submenu (higher word).
43h
Yes
see descr.
Parameter
“min”
of
“rELAy2”
submenu (lower word).
Joined value of registers 42h & 43h: from 0 to 999 999
44h
Yes
see descr.
Parameter
“SEC”
of
“rELAy2”
submenu (higher word).
45h
Yes
see descr.
Parameter
“SEC”
of
“rELAy2”
submenu (lower word).
Joined value of registers 44h & 45h: from 0 to 999 999
46h
Yes
see descr.
Parameter
“mSEC”
of
“rELAy2”
submenu (higher word).
47h
Yes
see descr.
Parameter
“mSEC”
of
“rELAy2”
submenu (lower word).
Joined value of registers 46h & 47h: from 0 to 999 999
48h
Yes
0 ÷ 2
Parameter “modE 2” of “rELAy2” (relay mode); 0 - tryb
“noAct”; 1 - mode “on”; 2 - mode “oFF”; 3 - mode “modbuS”
49h
Yes
0 ÷ 1
Parameter
“Src2”
of
“rELAy2”
:
0
-main timer;
1
-
totalizer
1
- if parameter “
StArt
” is set to
„Lo”
or
„Hi”
start and stop may not be done using RS-485 interface
2
- after writing to register no 20h the device responds witch an “old” address in the message.
3
- after writing to register no 22h the device responds with the new baud rate.
4
- the value of the “
mbAccE
” parameter is also connected to write to this register, so it is possible to block a writes,
but impossible to unblock writes via RS-485 interface, The unblocking of the writes is possible from menu level only.
Starting, stopping, and clearing of the counter via serial interface is affected by
delay errors, depends on transmission speed and parameter
„rESP”
. Example
minimum delay while
„Baud”
=
9.600
and
“rESP”
=
std
equals about 14ms. The
delay can be calculated using formula:
t
D min
=
10 000
×
13
"rESP"
"bAud"
[
miliseconds
]
t
Dmin
-
minimum delay (for
„rESP”
=
„Std”
use
„rESP”
= 0.)
30
i
