Hardware components for VC4/VC5
Single Feeder 1 / Single Feeder 2
FEEDING
PROM CPS4FSS
CONTENTS page
1 General 1
2 Operation 2
3 Installation 3
4 Set Address 5
5 Adjust antenna 6
6 Output Configuration 7
7 Display values 8
8 Internal test menu 9
9 Trouble shooting 11
Fig. 1 Overview T/R SF model 1 PCB 12
Fig. 1a Overview T/R Single Feeder model 2 PCB 13
Fig. 2 SF model 1 Feeder cable connections 14
Fig. 2a Single Feeder model 2 cable connections 15
Fig. 3 Display menu CPS4FSS 16
4- 2012 Nedap Agri
D300F.eng version 0.6
FCC ID: CGD-SF2
IC: 1444A-SF2
Compliance statements (Part 15.19)
This device complies with Part 15 of the FCC Rules and to RSS210 of Industry Canada.
Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause undesired
operation.
Cet appareil se conforme aux normes RSS210 exemptés de license du Industry Canada. L'opération
est soumis aux deux conditions suivantes:
(1) cet appareil ne doit causer aucune interférence, et
(2) cet appareil doit accepter n'importe quelle interférence, y inclus interférence qui peut causer une
opération non pas voulu de cet appareil.
Warning (Part 15.21)
Changes or modifications not expressly approved by party responsible for compliance could void the
user’s authority to operate the equipment.
This in particular is applicable for the antenna which can be delivered with this System.
4/2012 T/R Single Feeding VC4 - 0 - D300F Version 0.6
This documentation is part of the service manual VC4 CattleCode D300.
Documentation version 0.6, replacing the last edition completely.
Modifications since last documentation version :
- FCC text added
PROM overview CPS4FSS
CPS4FSI 0.04 first release with inverse motor contact
CPS4FSS 1.00 motor installation menu added
CPS4FSS 3.00 Identification : The prom is capable to identify future phase-code
CPS4FSS 3.05 - Suitable for HC11E1 micro processor (yellow sticker)
CPS4FSS 3.08 2-hour activity added (Lactivator)
CPS4FSS 4.00 Program change for use with SF model 2, 3 and 4
CPS4FSS 2.00 - Menu of the Self test (St) is automatically adjusted to the found
values during the output configuration test (Oc).
- Modification of motor routine, analogue in stead of digital.
- Modification for factory test : by pushing the button during start up
the menu for tuning the HF-field will appear automatically. After
pushing the button the responder test menu will appear. This
function can also be used at installation/test.
- Modification for single feeder 2 :
extra in- and output
squelch menu, SF depending on type
activity responders.
Feedmotor : The feedmotor may consume a higher current before
the transmitter receiver signals an error.
St Menu : The test menu will not jump automatically to the next
menu item after testing an in- or output
Relay output : When an output is configured as a relay output it is
possible to block the feeding temporarily. The transmitter
receiver will always first read the input before the output is
activated. The program will only then continue to activate the
outputs when the blocking input is ‘high’ (no connection with I-).
Responder Selection : An AM code (X-ponder and Respactor) and
a PM code (earbutton and phase code activity) can not be
identified simultaneously. A selection item is introduced in the HF
menu of the Single 2 transmitter receiver to select one of these
modes. This selection item is called rS (responder select). You
can make a choice between either rA, for AM code carriers, or
rP voor de PM code carriers.
Squelch : The adjustment of the squelch in four levels is re-
introduced (0,-1,-2,-3 instead of on/of). The default value for the
squelch level depends on the transmitter receiver type and the
choice of code carrier.
- SF2 with 4 outputs: operation of motor on output 4 improved
- Menu settings for neutrodynistation have been added.
- When overloaded, the time after which the transmitter/receiver
switches the output off, is set higher. This means that during
congestion or blockade of the auger the motor remains switched
on longer.
D300F T/R Single Feeding VC4 4/2012 Version 0.6
1 General
CPS4FSS
The Transmitter/Receiver Single Feeding (T/R SF) is used for identifying and feeding
animals in a feed station. Three or four motors can be connected.
• 3 outputs T/R art. nr. 9845062
• 4 outputs T/R art. nr. 9863397
This transmitter/receiver can also be used for a floor antenna in the feed station for
leg respactors, see special chapter at the end.
The name of the EPROM for the standard feed station is CPS4FSS x.xx.
Description of the code : Cattlecode Poiesz Single feeder VC4 Feed Station
Standard, x.xx = version number.
This VC4 Transmitter / Receiver can only identify responders with a fast code (X-
ponders and respactors)
T/R-single 1 and T/R-single 2
The T/R-single 2 is the new generation hardware for the T/R-single. The PCB has
been re-designed in order to meet the new EMC demands in Europe. Furthermore,
the board has been extended with a 4th motor connection. The motor connections
are now fully protected against over-voltage and short circuiting.
In this module, the existing generation Single feeder hardware will be referenced as
T/R-single 1, to distinguish it from the redesigned version, the T/R-single 2.
T/R-single 2 : new motor brake circuit
On the T/R-single 2 PCB the motor control circuitry has been changed. The new
motor connections include a common brake circuitry, that is used to slow motors
down quickly.
When an T/R-single 1 board is replaced by a T/R-single 2 board, please check
the parking-position of the motors that are connected.
For every motor connection (output), the use of the new brake circuit has to be
enabled. This can be done by means of the “brake jumpers”. These jumpers to the
left (“BRAKE” or “BR”) enables the brake system for the corresponding motor. The
brake system should be enabled for an output only when a motor is connected to that
output. When e.g. a solenoid, or a lamp is connected, the brake system must be
disabled for that output. If the brake system is enabled e.g. for a connected lamp,
and the lamp is switched on, this will interfere with the brake function of a motor,
connected to another port.
When over heated the brake circuit will switch off, the brake does not function
anymore at that moment, when the temperature drops again, the brake function will
restore itself.
Compatibility Single 1 versus Single 2
The T/R-single 2 PCB has been set up in such a manner, that all programs that run
on the T/R-single 1 hardware, also run on the new board of T/R Single 2.
4/2012 T/R Single Feeding VC4 - 1 - D300F Version 0.6
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2 Operation
interval time = time between last motor run (of any connected motor) and
Example :
feed 2
interval time feed 1 = 100 x 60 = 6 sec.
interval time feed 2 = 150 x 60 = 18 sec.
The portion-ratio feed 1 / feed 2 = 30 : 6 = 5 : 1, which implicates that on every
Feeding
- Wait until a X-ponder of a cow is identified in the antenna.
- When a cow is identified send the X-ponder number to the process controller and
wait for feed data.
- When feed data are received, start feeding
- First feed 1 will be dispensed, then feed 2 and 3 when connected en programmed
- Wait until interval time has passed.
- When there is no feed balance left, the feeding will stop
Interval time calculation
Definition of interval time
the next motor run (of any connected motor)
The interval time is calculated per feed type
following parameters (supplied by the process controller) :
• feed portion size of 1 motor run
• feed consumption / minute
Calculation of interval time
interval time =
(per feed type)
feed 1
feed portion-size x 60 (sec.)
feed consumption / minute
feed portion-size = 100 gr.
• feed consumption / minute = 1000 gr. / min.
feed portion-size = 150 gr.
• feed consumption / minute = 500 gr. / min.
1000
500
out of the
Proportional feeding
The T/R SF feeds proportional, which means that the total feed-amount is fed
proportional in time : the ratio between the different feed types is constant.
Example :
feed 1
feed 2
portion of feed 2, five portions of feed 1 are fed.
The following feeding-procedure is executed
supply 1 portion of feed 1, wait interval time feed 1
supply 1 portion of feed 1, wait interval time feed 1
supply 1 portion of feed 1, wait interval time feed 1
supply 1 portion of feed 1, wait interval time feed 1
supply 1 portion of feed 1, supply 1 portion of feed 2, wait interval time feed 1, wait
interval time feed 2
supply 1 portion of feed 1, wait interval time feed 1
supply 1 portion of feed 1, wait interval time feed 1, etc.
feed portion-size = 100 gr.
• feed balance = 3.0 kg. ⇒ # portions = 30
• interval time = 6 sec.
feed portion-size = 150 gr.
• feed balance = 0.9 kg. ⇒ # portions = 6
• interval time = 18 sec.
D300F T/R Single Feeding VC4 - 2 - 4/2012 Version 0.6
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• motor row-number used in motor-request procedure
• clixon time used in motor safeguard procedure (< 15 seconds)
• motor configuration informs T/R SF that motors or relays are connected
• feed portion-size feed amount when motor makes one turn
PC-calibration
In order to work properly, the T/R SF needs additional information from the process
controller at start-up. The following data has to be entered in the PC and is
automatically transferred at start-up :
Data transfer at start-up from process controller →→→→ T/R SF :
HF row-number used in HF-scanning procedure
3 Installation
The Nedap guarantee-regulations are only valid when the T/R is installed as indicated
in this manual. The following is important :
Input voltage 24 VDC -/+10%
Power consumption with motors At least 1.5 A
Power consumption without motors 0.25 A
Max. current per output 3A DC
Operating temperatures (environment) -10ºC / +45ºC
Transport / storage temperatures -25ºC / +70ºC
Humidity (rh) 45ºC / 93%
Enclosure protection class
Cable connections between T/R and motor :
M+ +
M1,2,3 M
Attention : when using “new” grey motors I1,2,3 I
the I- has to be connected to the R of the motor I- R
Technical specifications Single Feeder 2
IP65
(cover and cables installed correctly !)
Never change a prom when the power to the T/R is still switched on !
Shut off the power when service is needed for the station !
Install data cables at a safe distance from (high) powered cables
Wiring the T/R Single Feeding
Figure 2 shows an overview of the T/R SF cable-connection.
Wiring the motors
T/R motor
Hardware motor safeguard
When the micro processor has no control over the T/R anymore and a motor is
running uncontrolled and keeps turning continuously, a hardware circuit on the T/R
will stop the motor by means of a relay (25 seconds). This motor safeguard can only
be reset by switching off the power from the T/R for a few seconds.
4/2012 T/R Single Feeding VC4 - 3 - D300F Version 0.6
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Software motor safeguard
This software function monitors the motor current. If a motor current is detected
which is too high (Imotor > 900 mA) for a certain time, the T/R program will try to stop
the motor. At the VC4 system this time programmable, the default setting is 15
seconds. If the motor cannot be stopped, the T/R program will shut off the power
supply on all outputs. An error message will be sent to the process controller.
Motor with 3-wire connection
It is possible to use this motor after modification. The
green wire must be cut at the cover (near the
soldering). The green wire can be connected with a
separate connector. The present resistor (under the
connection block) must be removed. At motor
configuration, "Oc menu", must “1n” appear on the
display. This means a normal motor connection.
Connections :
Green
+ red M+
green M1,2,3
- blue I1,2,3
M black I-
The cable-overviews in the figures all
show Lmax. at wire-ø = 0.8 mm.
C white
The values for Lmax at ø=1.0 and ø=1.2 : D yellow
In order to protect the VC-System for over-voltages, due to severe thunderstorms,
MOTOR COLOUR T/R
Max. cable-lengths, wire-ø's and cable colours
cable colour
Lmax.(ø=1.0) = 1.5 x Lmax.(ø=0.8)
Lmax.(ø=1.2) = 2.0 x Lmax.(ø=0.8)
- black
+ red
Shielding, grounding
cable A in figure 2 must be a shielded cable. The cable-shield however may not
used as a wire for current-supply. The connection of the cable-shield of cable A is as
follows :
interface bridge
Transmitter / Receiver
N.B. All T/R electronics must be isolated from the calf drink station. Also the T/R
bottom has to be isolated from the T/R ground-terminal.
connected to "-"terminal
connected to ground-terminal
Warnings
Due to guarantee-regulations, the entire T/R PCB (incl. metal plate) must be
changed.
• Always replace with same type and rating of fuse.
be
D300F T/R Single Feeding VC4 - 4 - 4/2012 Version 0.6
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4 Set Address
The two segment display and the yellow push-button must also be used for several
The address setting concerns the following menus and procedures (see figure 3):
For communication the Transmitter / Receiver needs an address. Then the computer
knows where to send the information to. At the transmitter / receiver with help of the
display and the push button the stations address is configured.
adjustments of the Transmitter / receiver. A number of different codes will appear on
the display when the push-button is pushed, these codes represent the so-called
menus. Each menu on its turn is divided into a number of functions. By varying the
pushing time of the push-button, you will get access to the different menus and/or
functions.
The first time you switch on the power of the T/R, the display will show "0-". The
Transmitter / Receiver asks now for the first address. When an address is entered the
display will blank out and the transmitter / receiver returns to the normal status.
Address menu
- Set Address
- display Address
N.B. The address-range of all connected peripherals on the same controller channel
is from 1-50.
Remember that the used peripheral-address has to be unique on this controller
channel.
Changing addresses
When the display shows SA, the "Set Address procedure" is entered by pressing the
button until the display blinks. The procedure is as follows :
set decimal-digit display scrolls from 0- through 5set unit-digit display scrolls from x0 through x9
to indicate that the "Set Address procedure" has been entered, the display will
show "0-"
• by pressing the button short, the next decimal will be displayed ("1-","2-"...."5-")
• the displayed decimal is entered by pressing the button until the display blinks
• when the decimal has been entered, the display will show "x0" (where x = entered
decimal), the unit-digit now can be entered
• by pressing the button short, the next unit will be displayed ("x1", "x2", .. , "x9")
• the displayed unit is entered by pressing the button until the display blinks
The following points should be noted
the "Set Address procedure" can be quit by pressing the button until the
display blanks. The entered digits then are not stored
• the T/R will restart when the address is changed
Show addresses
When the display shows dA, the "display Address procedure" is entered by pressing
the button until the display blinks. The display then shows the T/R address.
4/2012 T/R Single Feeding VC4 - 5 - D300F Version 0.6
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5 Adjust antenna
⇒⇒⇒⇒
The antenna adjustment has to be done with help of the display, push button,
potentio meter (P1) and the tuning capacitor (Ct) on the transmitter / receiver. The
T/R HF-menu looks as follows :
HF menu
Responder Select
Adjust Antenna
Adjust Power
Adjust Squelch
Identification
The antenna adjustment-procedure consists of several steps. It is essential that
these steps are executed in the sequence as in the manual described.
Responder Select
Auto detect of type T/R, 120kHz (for rA and rP) or 134.2 kHz (for ri and r2)
rA = AM labels, X-ponder and Respactor (default)
rP = PM labels, ear button and Phase code responders
ri = ISO responder types (default)
r2 = Nedap 2 hour activity meter (Lactivator)
Select rS on the display and then rA or rP, press until display blinks to enter.
Adjust antenna procedure
Select HF on the display and then AA (see figure 3). When the display shows AA, the
"Adjust Antenna procedure" is entered by pressing the button until the display blinks.
The display now shows the percentage of the maximum transmitting-power of the
T/R. The tuning-procedure is as follows :
tune P1 until the display shows a value about 30 (i.e. 30% of maximum
transmitter-power)
tune Ct until the display shows a maximum value. During tuning, this maximum
should not exceed 95%. If this is the case, the power must be reduced again
(P1), the LC-tuning (Ct) then can be continued.
When the maximum value is found and it does not exceed 95 (%) you can continue
by pressing the button short.
The next step is tuning the power with AP.
Adjust power procedure
After correct processing the antenna adjustment procedure, Ct is adjusted (highest
point is on the display now), P1 must be adjusted with help of AP.
When the display shows AP, the "Adjust Power procedure" is entered by pressing the
button until the display blinks. The display now shows the percentage of the
maximum transmitting-power of the T/R. The T/R is equipped with a power-limitter.
When the transmitted HF-power exceeds a certain level, the HF-current will be
limited automatically. To indicate this, the display will blink, after this point powerincrease (P1) is not desirable.
• selection of responder type
• adjust antenna by means of tuning capacitor Ct
• adjust transmitter-power by means of potentio meter P1
• adjust receiver-sensitivity (0,1,2,3)
• Test identification
The tuning-procedure is as follows :
D300F T/R Single Feeding VC4 - 6 - 4/2012 Version 0.6
set power-level
You can continue by pressing the button short
tune P1 maximal until just before the point where the display starts
to blink (SF2 : in most cases 99 and not blinking)
When the display shows AS, the "Adjust Squelch procedure" is entered by pressing
Single Feeder model 1 (9842616) Squelch = 0
Single Feeder model 2 (9863311 or 9863320) AM CODE Squelch = -2
Single Feeder model 2 (9863311 or 9863320) PM CODE Squelch = -1
Note : AS can be used to reduce the HF-field if animals are identified outside the
Adjust squelch procedure
The adjusted squelch determines the sensitivity of the receiver in the T/R. In case
e.g. animals outside the station are identified, the transmitted power can be reduced
("Adjust Power procedure") or the receiver-sensitivity can be reduced by means of the
squelch-adjustment.
Normally squelch does not have to be adjusted (automatically set to default)
the button until the display blinks. The display now shows the actual sensitivity of the
receiver, a value from "-0" (most sensitive) "-1", "-2" or "-3" (less sensitive).
By shortly pressing the button, the desired squelch can be adjusted. The setting can
be entered by pressing the button until the display blinks.
Advised and default Squelch settings CPS4FSS 3.00
SF2 CPS4FSS 2.00 and SF2 CPS4FSS 3.00 with output 4 in use:
Two levels “ON” and “OF” are available to set te Squelch level
station, check if the identification is still sufficient
6 Output Configuration
motor, connected normally x n
motor, connected inverse x i
relays (or lamp) x r
nothing x -
If a motor is connected the motor will be turned to the start position. From now on the
Since PROM version CPS4FSS 1.00. The “Oc-menu” is used as output installation
menu. When selecting the menu option all outputs are tested.
This means all the specific outputs are activated for a certain time. In this period the
T/R monitors the input and the current. After this period it decides what is connected
to that specific output. The result will be in the memory of the T/R until the outputs
are changed.
The following situation are possible:
Connected to output display (x = output)
output configuration is determined, until the menu is selected again. The output
install menu is selected automatically at start-up and when a PROM with a other
version number is installed.
Output configuration Motor Test
Using the “Oc-menu”
Select “Oc” on the display. Press the button until the display blinks. Select “Oi” on the
display. Press the button until the display blinks. All outputs will be tested now.
4/2012 T/R Single Feeding VC4 - 7 - D300F Version 0.6
7 Display values
During operation, the program steps through different program-states which are
monitored on the display. This gives information about the state of the T/R and
therefore can be used as an extra service tool.
The indication on the display is as follows :
01 wait for valid address, "SA"-menu is started automatically
04 T/R SF under test
05 start-up process finished, task is killed
10 wait until cow identified
11 cow identified and wait for feed-data
12 check if cow has feed balance for connected motors
13 motor-request
14 motor active. This state contains several substates, see table
15 wait until interval time has passed
16 no feed balance (left), wait for cow to leave station
20 measuring motor current (check motor running)
21 read I-contact (must go low first)
22 read I-contact (must go high again)
23 M-output is switched off, wait until motor current is off
Start process : status 0-5
status description of the status
00 start : processor-initialisation
02 No communication with computer. Request for total peripheral
number. At installation, the process controller asks here for
peripheral information
03 request for external data
Feeding process
status description of the status
below
Motor rotation
status description of the status
D300F T/R Single Feeding VC4 - 8 - 4/2012 Version 0.6
8 Internal test menu
error description how to handle
- -
09
11
The different functions of the transmitter / receiver can be tested by means of the
push-button. A special program is build into the prom of the T/R. On the display this
option is called "It", which stands for "Internal test"
The Internal test menu is a powerful service tool in case of system-service. The T/R
stores registered errors which can be displayed on demand of the trouble-shooter.
Also the T/R can execute a complete self test on demand, the test results also are
displayed.
Internal test menu
− display Error procedure
− Self test menu : depends on result of the “Oc-test”
Display error procedure
The detected errors are stored by the T/R itself and can be monitored on the display.
When the display shows dE, the "display Error procedure" is entered by pressing the
button until the display blinks. Two types of messages can be displayed by the T/R :
• error-messages (E1)
• warning-messages (E2, not used yet)
The procedure shows all registered errors on the display, one after the other,
proceeded by the message-type. First all error-messages will be shown, then all
warning-messages.
no errors
01
02
03
04
07
08
error detected in motor 1 perform self test motor 1
error detected in motor 2 perform self test motor 2
error detected in motor 3 perform self test motor 3
error detected in motor 4 perform self test motor 4
motor hardware error :
• no outputs were active, yet a
motor current is detected
• power supply to outputs then
is switched off :
− if motor current remains
detected, T/R will restart
− if motor current now is 0, T/R
status remains unchanged
motor watchdog activated :
• software detects that motor
runs > 15 seconds
(unauthorised)
• T/R restarts
Antenna error :
• no or low HF-current
detected
RAM error at start up :
• data written does not match
data read
possible cause(s) :
• one or more motor-outputs defect
• uProc A/D-converter defect
solution :
• switch power supply off and on again
• if any motors are running unauthorised,
outputs are defect, replace T/R PCB
• if T/R continuously restarts, the A/Dconverter is defect. Replace T/R -PCB
possible cause :
• unknown, probably software-error
possible cause(s) :
• antenna not connected or wrong
adjusted
solution :
• check antenna / tune antenna
• check HF-field
• replace T/R-PCB
solution :
• replace T/R-PCB
4/2012 T/R Single Feeding VC4 - 9 - D300F Version 0.6
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ROM error at start up :
• calculated checksum does
not match checksum of
EPROM
Self test menu
When the display shows St, the "Self test menu" is entered by pressing the button
until the display blinks. By shortly pressing the button, the T/R self tests can be
selected. The selected test is executed by pressing the button until the display blinks.
Test motor o1 (or o2, o3 and o4)
A motor is found at the “Oc-test”. The motor now makes a complete revolution during
which the motor current and status change of the I-contact of the motor are
measured.
N.B. When a motor self test is executed, the previously detected errors will be
overwritten, it therefore is important to write down all messages in order to not
forget a message.
00
02
03
05
06
motor run okay
no motor current measured
status change of I-contact not measured
unknown error
motor current > 3A
Test Lamp L1 (or L2, L3 and L4)
A valve, relay, lamp or nothing is found at the “Oc-test”. The concerning output is
now activated.
Test Input i1 (or i2, i3 and i4)
A valve, relay, lamp or nothing is found at the “Oc-test”. The concerning input is now
read.
Test identification procedure
When The HF-field now continuously will be on while the ID-status is displayed as
follows:
- - = no responder identified
xx = responder identified ( xx = last two digits of responder number)
Test HF-scan
The HF-field now continuously is switched on (1.5 sec.) and off (1.5 sec.), during
which the HF-status is displayed : ON = HF-field on
OF = HF-field off
Test ROM / RAM
The T/R now will restart, during which the memory-tests are executed. The table
underneath shows an overview of the return values of these tests.
E1
E2
E3
RAM error
ROM error
RAM and ROM error
solution :
• replace T/R-PCB
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9 Trouble shooting
Symptom cause solution
T/R SF does not start
up, display remains
blank
T/R SF does not start
up, display shows "E1",
"E2" or "E3"
T/R SF does not start
up, display shows "02"
T/R SF does not feed
poor identification
Transmitter / Receiver
does not feed with a new
motor
No power
RAM, ROM or both
failed
T/R SF remains in start-
up process, status 02
T/R SF not supported by
process controller
no feed balance for used
X-ponder
motor not correct
antenna not correct
Output wrong selected
interference from HF-
field nearby
antenna badly adjusted • perform identification
motor output blocked by
Oc
check wiring
replace T/R SF
check T/R SF address
install T/R SF at PC-
end
check feed balance
for this cow
check error-messages
at T/R SF-display or at
PC
• perform motor self
test, evaluate testresults
• check wiring, motor
perform identification
self test, evaluate testresults
• check wiring, antenna
perform motor self
test, evaluate testresults
• check wiring, motor
• check the output
configuration in the
PC-program
perform identification
self test, check
reading-distance
• if reading-distance not
constant, HF-scanning
must be enabled
self test, check
reading-distance
• if reading-distance
constantly poor,
readjust Ct, enlarge
transmitting-power P1
or squelch
use “Oc-menu” to
select the outputs.
Change functions of
the T/R in the PCprogram
4/2012 T/R Single Feeding VC4 - 11 - D300F Version 0.6
N
= Power supply
A
E
G
RAM
H
EPROM
F
I
uProc
J
G
C
SOSO+
SISI+
HFHF+
II1
M1
M+
II2
M2
M+
D
K
= Communication
B
= Potentiometer
C
= Tuning capacitor
D
= Display / button
E
= T/R module
F
= RAM
G
= EPROM
H
= Micro processor
I
= Multi-connector
J
= Motor I/O's
K
= Tab's
L
= Ground tab
M
N = Antenna adjust
L
II3
M3
M+
C
D
DS
DR
+
B
A
Fig. 1 Overview T/R SF model 1 PCB
D300F T/R Single Feeding VC4 - 12 - 4/2012 Version 0.6
A B
EPROM
C D
E F G
X11
X10
R S
PM
P
K7
BRAKE
Micro processor module
A
EPROM
B
L M
PM
Q
BRAKE
K7
IJK
T
HF connector
N
Bottom plate
O
H
O
N
U
HF ID module
C
Display’s
D
Frequency trimmer (not used)
E
HF power potentio meter (P1)
F
Push button
G
HF trimmer (Ct)
H
“Enable brake” jumpers
I
“I4 low “ jumper
J
Cable ground connector
K
Power / communication connection
L
Input / output connectors
M
Brake jumper : motor connected
P
Brake jumper : no motor connected
Q
“I4 low “ jumper : Phase code ID
R
“I4 low “ jumper : No phase code ID
S
Antenna connection : antenna coil
T
Antenna connection : EWA transformer
U
Signal ground
X11
Responder signal
X10
Fig. 1a Overview T/R Single Feeder model 2 PCB
4/2012 T/R Single Feeding VC4 - 13 - D300F Version 0.6
P1
Transmitter / Receiver Single Feeder
3 2 1
+ -
A
C
D
-
+
shielding
Interface Bridge
VC4
+ M I - + M I - + M I -
D C
B B B
T/R
M+
M2
I2
I-
T/R
M+
M1
I1
I-
-
Motor
+
M
I
R
uProc E-
Motor
HFHF
+
PROM
SISI
-
+
M
I
R
R
+
M
I
RAM
SOSO
+
+
-
-
Feed motor 1
Ct
R
+
M
I
-
Feed motor 2
T/R
Motor
M+
+
M3
M
article numbers
Transmitter / Receiver
T/R PCB
Motor
IB
9833153
9842616
8005834
9813870
I3
I
I-
R
R
+
M
I
-
cable # wires max. length (meters)
A 4 40
4
4
B 4 10
Feed motor 3
wire-D
0.8
1.0
1.2
0.8
60
80
Fig. 2 SF model 1 Feeder cable connections
D300F T/R Single Feeding VC4 - 14 - 4/2012 Version 0.6
9863311
EPROM CPS4FSS
4
D
DS
M+
C
M4
+
-
DR
3
M+ M+
M3
I4
I-
M2
I3
I-
1 2
M+
M1
I2
I1
I-
I-
HF+
ANT
HF-
P1
Ct
7
A
B
B
B
D B
6
1
C
D
-
+
IM+
Mx
Ix
I-
5
M+
Mx
Ix
IM+
Mx
Ix
IM+
Mx
Ix
2
3
4
Cable nr. # of wires L.max. (m)*
A 4 40
B 4 3**
D 2 2 * at wire-D = 0.8mm. (other D’s see text)
** Longer cable no problem, but not CE approved
1.
IB VC4 5. Feed motor 4
2. Feed motor 1 6. Antenna
3. Feed motor 2 7. Shielding
4. Feed motor 3
Feed motor 4 : only with T/R SF2-4M
Fig. 2a Single Feeder model 2 cable connections
4/2012 T/R Single Feeding VC4 - 15 - D300F Version 0.6
11
1
Fig. 3 Display menu CPS4FSS
1. Set Address
2
2. Display Address
3
3. Responder select AM (X-ponder/respactor)
4. Responder select PM (Phase code)
4
5. Responder select ri (ISO)
5
6. Responder select r2 (Lactivator)
6
7. Adjust Antenna
8. Adjust Power
7
9. Adjust Squelch
8
10. Not used
9
11. Test identification
10
A
A. Display errors
B
B. o1 motor output 1
o2 motor output 2
o3 motor output 3
C
o4 motor output 4
C. L1 output 1 (relais)
D
L2 output 2 (relais)
L3 output 3 (relais)
L4 output 4 (relais)
E
D. i1 input 1
i2 input 2
F
i3 input 3
i4 input 4
G
E. Test identification
H
F. ROM/RAM reboot
G. Output installation
H. For robot use only : Blockade on/of
Press button untill blinking
Press button short
To leave menu:
press button untill display is empty
D300F T/R Single Feeding VC4 - 16 - 4/2012 Version 0.6
Figure 4 Floor antenna in the feedstation
4/2012 T/R Single Feeding VC4 - 17 - D300F Version 0.6
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