Produal FLTA User manual

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USER GUIDE
FLTA
V2.2 (24.09.2015)
1 (9)
Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
COMMISSIONING
Wiring Device wiring and commissioning can only be carried out by qualified professionals. Always make the
wirings while the power is switched off.
After switching power on for the first time, FLTA displays version number shortly and after that “SET” starts to flash.
The base station settings can be configured through the menu. After configuring the settings, the transmitters and I/O
modules can be connected to the base station by using the FLSER commissioning tool. See the commissioning
instructions for transmitters and I/O modules from the documentation of the device in question.
Placing the FLAN antenna
The ideal FLTA antenna installation place is the central location in the network area. The antenna should be at least
10…15 cm away from the wall corner or concrete ceiling. The antenna should be installed on a large ferromagnetic
metal board (e.g. air duct inside a false ceiling) to create adequate anti-pole.
The default FLAN antenna cable length is 4 meters. If needed, the cable can be extended with FLANJJ-4,5 (4,5 m)
extension cable.
NOTE: Do not use more than one extension cable. All extra joints considerably dampen the radio signal.
- - - -
SET

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USER GUIDE
FLTA
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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
Menu The menu can be activated by pushing the M button for approximately 5 seconds. You can proceed in the menu by
pushing the M button. The values can be changed with the ”+” and ”-” buttons.
The settings are saved when you leave the menu.
Testing the network coverage
1. Move the FLSER commissioning tool switch to the RSSI position.
“On CARE” text appears on FLTA display and RX indicator light flashes rapidly.
2. Take the FLSER commissioning tool to the planned installation places and check the signal strength from
the commissioning tool display.
NOTE: Do not hold the FLSER tool in your hand when testing, because that disturbs the signal strength
measurement.
FLSER displays base station (small number) and transmitter (big number) signal strengths (1...2 = poor,
3...5 = acceptable and 6...9 = good).
3. After testing, move the FLSER switch to OFF position.
The base station is now ready for use. "On CARE” text disappears from the FLTA display.
NOTE: If the network range is not adequate, a repeater is needed.
8
RSSI 8

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USER GUIDE
FLTA
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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
OPERATING AFTER A POWER FAILURE
The base station outputs return to the state before the power failure.
ANALOGUE OUTPUTS
The transmitter signals can be directed to one or more base station analogue outputs. Analogue outputs can be set
through the menu.
NOTE: The FLTA base station analogue outputs (AO1...AO8) cannot be controlled via Modbus.
You can select the wanted analogue output (AO1…AO8), transmitter number with the ”+” and ”-” buttons and
measurement information with the OK button.
Device Information 0…10 V signal range
TEFL(-RH-P-S5)
Temperature 0...50 °C
Humidity 0…100 %rH
Set point 18…24 °C
5-position switch (A, 0, 1, 2, 3) A = 1 V, 0 = 2 V, 1 = 3 V, 2 = 4 V, 3 = 5 V
Digital input 0 = 0 V, 1 = 10 V
TEUFL Temperature -50…+150 °C
Analogue input 0…10 V
TEUFL-DI Temperature 0...50 °C
Digital input 0 = 0 V, 1 = 10 V
KLUFL (+LUX 11)
Temperature -50…+150 °C
Humidity 0…100 %rH
Luminosity 0…2000 lx
HDHFL(-RH)
Temperature -50…+150 °C
Carbon dioxide concentration 0…2000 ppm
Humidity 0…100 %rH
LAFL(-LX) Occupy detection no detection = 0 V
detection = 10 V
Luminosity 0…2000 lx
RYFL Analogue input 0…10 V
Digital input 0 = 0 V, 1 = 10 V
NOTE: The analogue output keeps its latest output value if FLTA loses contact to the transmitter.
MOVEMENT DETECTORS (PIR)
Wireless LAFL (PIR) movement detectors can be connected to the FLTA base station.
Detected movement on the LAFL detector controlling area causes immediate detection information on the base
station. If movement is not detected during next 4 minutes, the no detection information is sent to the base station.
”Detection” and ”no detection” information are delivered to the base station without delay.
The FLTA analogue output delay (default = OFF (4 min) and selectable 5, 10, 15, 20, 25, 30 min) can be adjusted
through the menu.
A3
3 TE
OFF
PIRmin

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USER GUIDE
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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
USER MODE
The transmitter information is displayed on the FLTA base station display.
The transmitter can be changed with ”+” ja ”-” buttons.
With OK button it is possible to change the transmitter measurement
information to be displayed.
ALARMS
The alarm can be caused by transmission problem (the base station has lost the contact to the transmitter) or low
battery (approx. 5 % of capacity remaining).
There are two types of alarms depending on the Modbus usage.
If the Modbus is used, the alarms can only be read via Modbus. For example, a
transmitter with SID 5, sends the following unique alarm:
- Alarm (register 201 = 1)
- Low battery (register 10005 = 1)
- Transmission problem (register 10105 = 1)
NOTE: The alarm does not appear on the display.
The alarm can be reset via Modbus.
If the Modbus is not used, the alarm can be read from the display and via the terminal 4
(B-) (5 V = alarm). The alarm information can be forwarded to the building controller by
using the voltage relay RY 1-U, for example.
The alarm can be reset by pushing OK button for over 5 seconds.
Modbus ID
[1..128]
1
MOD=
Modbus ID
[0FF]
OFF
MOD=

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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
REMOVING AN UNNECESSARY TRANSMITTER FROM THE NETWORK
NOTE: Unnecessary transmitter should always be removed from the FLTA database to prevent alarms.
1. Disconnect the power supply from the unnecessary transmitter.
2. Set the FLSER tool switch to the MID position.
3. Push the + and - buttons to select the FLTA base station master ID (MID) from which you are removing the
transmitter.
4. Push the OK button.
5. Set the FLSER tool switch to the S-RID position.
6. Push the + and - buttons to select OFF for the transmitter sensor ID (SID).
7. Push the OK button.
“Wait” message starts to flash on the FLSER tool display. You have now approximately 30 seconds to
complete the next step.
8. Connect the power supply to the transmitter you are going to remove.
“OK” flashes on the FLSER display. Wait until the flashing stops.
9. Set the FLSER tool switch to the OFF position.
10. Navigate to the DEL_ID position in the FLTA menu.
NOTE: The menu can be activated by pushing the M button for approximately 5 seconds.
11. Press + and - buttons to select the SID of the transmitter to be removed.
12. Push the OK button.
The confirmation question appears on the display.
13. Push the OK button to confirm the removal.
NOTE: With the ’M’ button you can proceed without accepting the selection.
OFF
SID=
6
MID=
1
DEL_ID
7
DEL_ID
7
DEL?

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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
MODBUS
Modbus is in OFF mode as default. Modbus can be activated through the menu.
NOTE: The Modbus mode affects to the alarm functions. See page 4, Alarms
Bus properties
Protocol RS-485 Modbus RTU
Bus speed 9600/19200/38400 bit/s
Data bits 8
Parity none
Stop bits 1
Network size up to 128 devices per segment
Modbus function codes
The device supports the following Modbus function codes.
0x01 Read Coils
0x02 Read Discrete Inputs
0x03 Read Holding Registers
0x04 Read Input Registers
0x05 Write Single Coil
0x06 Write Single Register
0x0F Write Multiple Coils
0x10 Write Multiple Registers
0x16 Mask write Register
NOTE: The Modbus commands must have at least 500 ms interval.
Modbus registers
NOTE: If you try to write a parameter value that is beyond the parameter value range, the value will be replaced by the
nearest acceptable value.
Example:
1. The register value range is -500…500.
2. You try to write the value 600 to the register.
-> the value 500 is written to the register.
Coils
Register Parameter description Data type Values Range
See note 1
1 SID 1, DO1 Bit 0 - 1 0: Off, 1: On
2 SID 2, DO1 Bit 0 - 1 0: Off, 1: On
… …
98 SID 98, DO1 Bit 0 - 1 0: Off, 1: On
99 SID 99, DO1 Bit 0 - 1 0: Off, 1: On
101 SID 1, DO2 Bit 0 - 1 0: Off, 1: On
102 SID 2, DO2 Bit 0 - 1 0: Off, 1: On
… …
198 SID 98, DO2 Bit 0 - 1 0: Off, 1: On
199 SID 99, DO2 Bit 0 - 1 0: Off, 1: On
201 Alarm Bit 0 - 1 0: Off, 1: On

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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
Discrete inputs
Register Parameter description Data type Values Range
10001SID 1, low battery Bit 0 - 1 0: Off, 1: On
10002SID 2, low battery Bit 0 - 1 0: Off, 1: On
… …
10098 SID 98, low battery Bit 0 - 1 0: Off, 1: On
10099 SID 99, low battery Bit 0 - 1 0: Off, 1: On
10101 SID 1, lost Bit 0 - 1 0: Off, 1: On
10102 SID 2, lost Bit 0 - 1 0: Off, 1: On
… …
10198 SID 98, lost Bit 0 - 1 0: Off, 1: On
10199 SID 99, lost Bit 0 - 1 0: Off, 1: On
10201 SID 1, PIR Bit 0 - 1 0: Off, 1: On
10202 SID 2, PIR Bit 0 - 1 0: Off, 1: On
… …
10298 SID 98, PIR Bit 0 - 1 0: Off, 1: On
10299 SID 99, PIR Bit 0 - 1 0: Off, 1: On
10301 SID 1, DI1 Bit 0 - 1 0: Off, 1: On
10302 SID 2, DI1 Bit 0 - 1 0: Off, 1: On
… …
10398 SID 98, DI1 Bit 0 - 1 0: Off, 1: On
10399 SID 99, DI1 Bit 0 - 1 0: Off, 1: On
10401 SID 1, DI2 Bit 0 - 1 0: Off, 1: On
10402 SID 2, DI2 Bit 0 - 1 0: Off, 1: On
… …
10498 SID 98, DI2 Bit 0 - 1 0: Off, 1: On
10499 SID 99, DI2 Bit 0 - 1 0: Off, 1: On
Input registers
Register Parameter description Data type Values Range
30002Discrete inputs 16 - 01 16 bit
30003Discrete inputs 32 - 17 16 bit
…
30032 Discrete inputs 496 - 481 16 bit
30033 Discrete inputs 512 - 497 16 bit
30034 Coils 16 - 01 16 bit
30035 Coils 32 - 17 16 bit
…
30045 Coils 192 - 177 16 bit
30046 Coils 208 - 193 16 bit
See note 1
30050 SID 1, AO1 Signed 16 0…100 0,0…10,0 V
30051 SID 1, AO2 Signed 16 0…100 0,0…10,0 V

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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
Register Parameter description Data type Values Range
30052 SID 2, AO1 Signed 16 0…100 0,0…10,0 V
30053 SID 2, AO2 Signed 16 0…100 0,0…10,0 V
… …
30244 SID 98, AO1 Signed 16 0…100 0,0…10,0 V
30245 SID 98, AO2 Signed 16 0…100 0,0…10,0 V
30246 SID 99, AO1 Signed 16 0…100 0,0…10,0 V
30247 SID 99, AO2 Signed 16 0…100 0,0…10,0 V
30248 SID 1, TE Signed 16 See note 2
30249 SID 1, SP Signed 16 See note 3
30250 SID 1, RH Signed 16 See note 4
30251 SID 1, FAN Signed 16 See note 5
30252 SID 2, TE Signed 16 See note 2
30253 SID 2, SP Signed 16 See note 3
30254 SID 2, RH Signed 16 See note 4
30255 SID 2, FAN Signed 16 See note 5
… …
30636 SID 98, TE Signed 16 See note 2
30637 SID 98, SP Signed 16 See note 3
30638 SID 98, RH Signed 16 See note 4
30639 SID 98, FAN Signed 16 See note 5
30640 SID 99, TE Signed 16 See note 2
30641 SID 99, SP Signed 16 See note 3
30642 SID 99, RH Signed 16 See note 4
30643 SID 99, FAN Signed 16 See note 5
Holding registers
Register Parameter description Data type Values Range
40034 Coils 16 - 01 16 bit
40035 Coils 32 - 17 16 bit
… …
40045 Coils 192 - 177 16 bit
40046 Coils 208 - 193 16 bit
40047 Not in use 16 bit
40048 Not in use 16 bit
40049 Not in use 16 bit
40050 SID 1, AO1 Signed 16 0…100 0,0…10,0 V
40051 SID 1, AO2 Signed 16 0…100 0,0…10,0 V
… …
40246 SID 99, AO1 Signed 16 0…100 0,0…10,0 V
40247 SID 99, AO2 Signed 16 0…100 0,0…10,0 V

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Produal Oy Keltakalliontie 18, 48770 Kotka FINLAND Tel: [phone] / Fax: [phone] [email protected]i www.produal.com
Information is subject to change without prior notice.
Notes
Note Parameter description Data type Values Range
Note 1 When the digital output SID(n) DO(x) is set to On, the analogue output SID(n) AO(x) is not in use
When the digital output SID(n) DO(x) is set to Off, the analogue output SID(n) AO(x) is in use
Note 2 TEFL and LAFL: TE Signed 16 0…500 0,0…50,0 °C
HDHFL, TEUFL and KLUFL: TE Signed 16 -500…1500 -50,0…150,0 °C
RYFL: AI1 Signed 16 0…100 0,0…10,0 V
PAFL: single pulse counting Signed 16 0…999 0…999
Note 3 TEFL: SP Signed 16 175…245 17,5…24,5 °C
TEUFL: Uin Signed 16 0…270 0,0…27,0 V
HDHFL: CO2Signed 16 0…2000 0…2000 ppm
KLUFL: LUX Signed 16 0…1000 0…1000 lx
LAFL: LUX Signed 16 0…2000 0…2000 lx
RYFL: AI2 Signed 16 0…100 0,0…10,0 V
PAFL: every thousandth pulse counting Signed 16 0…499 0…499
Note 4 TEFL, HDHFL, KLUFL and LAFL: RH Signed 16 0…1000 0,0…100,0 %rH
PAFL, TEUFL ja RYFL: not in use Signed 16
Note 5 TEFL-S5: FAN Signed 16 1 - 2 -3 - 4 - 5 1: A, 2: 0, 3: 1, 4: 2,
5: 3
TEFL-DI: DI Signed 16 0 - 1 0: Off, 1: On
LAFL: PIR Signed 16 0 - 1 0: Off, 1: On
HDHFL, PAFL, TEUFL, KLUFL and RYFL: not in use Signed 16