Technical Specifications - Stienen B.E. PFB-35 Kurzanleitung

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TECHNICAL SPECIFICATIONS

Supply voltage
Power consumption (max.)
Dimension PFB-35
IP-class PFB-35
Operation temperature
INSTALLER KEYS
Reset Installation settings
If the feed weigher does not If the keys
react anymore when a key is and [ ALARM ]
pressed, press keys [ WATER ] simultaneously pressed, then
and [ ALARM ] simultaneously. you get access to the installation
Then the controller gets reset. settings. The code is shown on
The user and installation settings the left display, the matching
will NOT be lost. adjustment or measuring value
is shown on the right display.
Previous setting Next setting
By pressing the same key combination [ DAY
settings again.
The installer settings may only be modified by authorized persons!!!
Date:
: 24Vac 50/60Hz ±10%
: 24VA
: hxdxw 235x170x90mm
: IP-54
: -5°C up to +40°C
Factory settings
[ DAY ], [ VALUE ] Get first access to the installer
are settings. Press then
simultaneously on the keys
[ FEED ], [ WATER/FEED
[ DAY ] and [ ALARM ]
restore the default settings.
After restoring the default
settings, the installation as
well as the user settings
must be entered once again.
Previous group Next group
], [ VALUE ] and [ ALARM ], you leave the installation
PFB-35-B-EN01200.doc
PFB-35 INSTALLER CODES
Code Description
Room:
1.00 Device id (67 = PFB-35)
1.01 Software version
1.02 Communication address
1.06 Configuration feed weigher: 0 = stand-alone, 1 = FN device
1.07 Number of modules
1.17 Delay time ERROR-relay [in seconds]
3.04 Pulse output feed (1 pulse per kg)
3.07 Active module-output
4.00 Current contents feed hopper
4.02 Calibrating feed hopper
4.03 Start calibration: no/empty/full
4.05 Calibration: Read-out value empty feed hopper
4.07 Calibration: Read-out value reference weight
4.08 Reference weight for calibrating feed hopper (in gram)
4.09 Capacity feed hopper in kilogram per weighing (portion)
4.15 Start mode feeding process (pulse or level)
7.07 Water counter: multiply factor
Explanation:
1.
Feed weigher configuration:
auger/silo), 1 = PFB-35 is a FN device. The feed weigher is controlled by an external control computer such
as a PFM-9200 feed computer or a PL-9200 poultry computer. Maximum 16 supply augers/silos can be
connected to the PFB-35 feed weigher when using DSR modules (max. 4 silos with one and the same type
of feed, max. 8 different types of feed per feed weigher).
2. Number of modules:
external control computer such as a PFM-9200 or PL-9200. The number of modules is the total number of
DSR modules (DSR-3 or DSR-6) connected to the PFB-35 feed weigher (max. 6 modules). The module
address must be a part of a continuous series of addresses. Start by 1.
3.
Delay time ERROR-relay:
(except a hardware error) and the actual switched "off" of the error relay. The standard time is set on 5
seconds. Fill in here '0', and then the relay is immediately switched "off" in case of an error.
4.
Active module output:
],
(output number), otherwise the selected output will continue to be active
to
the digit 1, i.e. 01B01 = 1101, 01B02 = 1102, 02B01 = 2101 etc.).
5.
Calibrating the weighing hopper:
calibrate "full" weighing hopper with (feed weigher with reference weight in hopper, standard 20 kg, see
parameter 4.08)
6. Start calibrating:
7.
Start mode: 0 = feeding cycle starts at pulse signal (
( ) and stops when the signal is lost.
The calculated supply speed in grams per second per silo (10.xx = silo 1, 11.xx = silo 2 etc.) is shown behind
parameters 10.06 to 25.06.
If the PFB-35 feed weigher is fitted with a communication PCB (CB-COM), the PFB-35 feed weigher can be
coupled to an external control computer via the FN485 communication loop.
You must provide the PFB-35 feed weigher with a communication interface (CB-COM or COM-
485) if the PFB-35 feed weigher is connected to a control computer like a PFM-9200 feed control
computer or a .PL-9200 poultry computer (PFB-35 = FN-device).
2
3
.
4
5
6
7
0 = autonomous PFB-35 feed weigher (stand-alone system, max. 1 supply
the number of modules is only important if the feed weigher is connected to an
this is the time, which must elapse between the appearances of an error
module output which is currently "switched on".
0 = do not calibrate, 1 = calibrate empty weighing hopper, 2 =
0 = do not calibrate, 1 = start calibrating
), 1= feeding cycle starts at high level signal
Factory Settings
settings PFB-35
67 67
1.20 1.20
1
1
0
1
5
-
-
-
0
0
-
-
20000
20
1
1.00
Afterwards zero the parameter
(output type B corresponds with