manuals.online logo
Brands
  1. Home
  2. •
  3. Brands
  4. •
  5. SyxthSense
  6. •
  7. Other
  8. •
  9. SyxthSense FLSER Dimensions

SyxthSense FLSER Dimensions

Popular Other manuals by other brands

Opticon EduMic Compatibility guide

Opticon

Opticon EduMic Compatibility guide

Kessil A360W owner's manual

Kessil

Kessil A360W owner's manual

TEFAL ULTRA COMPACT MIXER manual

TEFAL

TEFAL ULTRA COMPACT MIXER manual

Martin Audio WS18X - SCHEMATICS manual

Martin Audio

Martin Audio WS18X - SCHEMATICS manual

Hendrickson AR2 series Service instructions

Hendrickson

Hendrickson AR2 series Service instructions

GO Industries 38017 installation instructions

GO Industries

GO Industries 38017 installation instructions

Cissell 30LBCMAN2 manual

Cissell

Cissell 30LBCMAN2 manual

RIDGID K-60SP manual

RIDGID

RIDGID K-60SP manual

Gage Bilt GB751SH-5 Original instructions

Gage Bilt

Gage Bilt GB751SH-5 Original instructions

OVE SIERRA 60 installation manual

OVE

OVE SIERRA 60 installation manual

ReelCraft 7800 OLB21 operating instructions

ReelCraft

ReelCraft 7800 OLB21 operating instructions

Body Armor 4x4 ECO-SERIES user manual

Body Armor 4x4

Body Armor 4x4 ECO-SERIES user manual

ROBLIN DROP Dimensions

ROBLIN

ROBLIN DROP Dimensions

EMG EMG-ACB BARREL Installation information

EMG

EMG EMG-ACB BARREL Installation information

MiniSolar MT-150 Assembling Guide

MiniSolar

MiniSolar MT-150 Assembling Guide

Parkside PSZ 250 B2 Operation and safety notes

Parkside

Parkside PSZ 250 B2 Operation and safety notes

ABB REM 610 Technical reference manual

ABB

ABB REM 610 Technical reference manual

Tyent ACE-13 user manual

Tyent

Tyent ACE-13 user manual

manuals.online logo
manuals.online logoBrands
  • About & Mission
  • Contact us
  • Privacy Policy
  • Terms and Conditions

Copyright 2025 Manuals.Online. All Rights Reserved.

Online store: www.syxthsense.com
Enquiries: T: 0870 20 80 100 F: 0870 20 80 200 PS SN1.123 - 1/2
FLSER Service Tool for Wireless
Room Transmitters
TEFL wireless room sensors operate in 868.30MHz range. They
have been designed for reliable operation in wide range of
environments using the latest RF technology. The communication
between the TEFL room units and the FLTA control module is
two-way. The measurement readings are transmitted on change,
or at least every hour.
Each FLTA control module can have up to 99 room sensors in its
operating area. Up to 16 control modules can operate in the same
wireless area. Total maximum of 1,584 room sensors can be
connected to the system in a single system.
Each room sensor is configured at the commisioning stage with its
own identification number (SID) and the control module number
(MID). The addressing is done using FLSER Configuration Tool.
FLREP repeaters can be used to extend and boost the range in
difficult environments. It possible to use up to 8 repeaters.
Product sheet SN1.123
Sensor type
FLSER
Model Type Model Description
FLSER Wireless Configuration Tool
Technical Data Power supply 3V6 AA Lithium battery 2Ah
FLREP - 12-24Vac/dc (24hr built-in power fail backup)
Battery Life Depends on usage
Transmission Frequency 868.30 MHz
Transmission Power +8 dBm
Reception Sensitivity -109 dBm
Modulation Technology FSK
Transmission Range Line of sight: Up to 500m
In buildings: 20..100m, depending on the wall materials
FLREP module can be used to extend the transmission range
in difficult environments.
Agency Approvals EU Directive 2004/108
EMC Emissions EN61000-6-3: 2001
EMC Immunity EN61000-6-2: 2001
Operating temperature 0°C...+50°C
Ambient humidity 5...95%rh (non-cond.)
Dimensions (Sensors) 87W x 86H x 32D mm
SyxthSense Ltd
Copyright © 2007 SyxthSense Ltd. All rights reserved - 1/2007
PS SN1.123 - 2/2
Online store: www.syxthsense.com
Enquiries: T: 0870 20 80 100 F: 0870 20 80 200
Operating Instructions The FLSER commissioning tool can be used for setting the TEFL sensor network address (MID -
Master ID and SID - Sensor ID). Master ID is the address of the FLTA unit (this is set through the
built-in display of the FLTA). Sensor ID is the unique address for each sensor in the FLTA network.
The FLSER tool can also be used to address the FLREP repeater. Each repeater needs to be
associated with the Master ID (MID) and Repeater ID (RID; 1 to 8). The Master ID is the network
address of the FLTA unit associated with the repeater. Up to 8 repeaters can be used with a FLTA.
1. Commissioning of TEFL room unit with FLSER tool
OFF
MID
S-RID
RSSI
REP
2. Commissioning of FLREP repeater with FLSER tool
OFF
MID
S-RID
RSSI
REP
3. Signal strength measuring with the FLSER tool
OFF
MID
S-RID
RSSI
REP
4. FLSER tool in the repeater emulation
OFF
MID
S-RID
RSSI
REP
a) In the switch position MID the TEFL room unit can be connected to the wanted FLTA receiver (1-
16) by using the – and + buttons on the top of the display. (Picture 1)
b) Choose the switch position S-RID to define the TEFL room unit’s own ID (SID 1-99) (picture 2)
c) Press the ”OK” button and on the display appears flashing text ”WAIT”
d) Remove the battery from the chosen TEFL room unit for a moment and put it back. This must be
done in 30 seconds, otherwise the FLSER tool goes back to the normal stage.
e) When the chosen TEFL room unit starts up and the programming has been successful, there
appears a text OK to the display. Also the LED’s of TEFL room unit and FLSER tool will flash 5
times simultaneousl
y
.
a) In the switch position RSSI the FLSER tool can be used for the measuring of signal strength
NOTE! When the switch is in the RSSI position, the FLTA receiver ends the normal service of the
network. There appears also a text “ON CARE” to the FLTA receiver’s display. FLTA receiver goes
back to its normal stage after 30 seconds, when the RSSI position is switched off. During the “ON
CARE” stage, it is possible that the TEFL room units go to the energy saving mode. The TEFL room
units go back to the normal stage 5 minutes after the FLTA receiver is back on its normal stage.
b) FLSER tool shows now on its display the intensity of its own signal strength (upper reading) and
the signal strength measured by the FLTA receiver (lower reading)
A
dequate signal strength is reached with values 2-9, if the value is lower than 2 it is recommended
to use the FLREP repeater between the room units and the receiver.
NOTE! FLSER tool shows the direct intensity of the signal strength between the FLTA receiver and
the FLSER tool. FLSER tool doesn’t use the possibly installed FLREP repeaters to the signal
strength measuring.
In the switch position REP the FLSER tool can be used to emulate the FLREP repeater. During this
application there shouldn’t be installed any FLREP repeaters. The feature of this application is to
ease up the installation of actual FLREP repeater and to find a suitable location for it.
For example, if the installation location doesn’t have adequate signal strength, the FLSER tool can
be used to emulate the position of FLREP repeater and the adequate intensity can be checked b
y
using the FLTA receivers own signal strength measuring. By these measures can be assured that
the signal strength is adequate (RSSI 2-9)
NOTE! The repeater emulation will deplete the battery of FLSER tool in 100h, therefore the FLREP
repeaters will need 24 V ad/dc supply
b) Choose the switch position S-RID and press button M on the top of the display. After that there
appears a text RID to the display and the repeater ID 1-8 can be chosen by using the – and +
buttons.
c) Press the ”OK” button and on the display appears flashing text ”WAIT”
d) Connect the supply voltage 24 V ac/dc to the FLREP repeater. This must be done in 30 seconds,
otherwise the FLSER tool goes back to the normal stage.
e) When the chosen FLREP repeater starts up and the programming has been successful, there
appears a text OK to the display. Also the LED’s of FLREP repeater and FLSER tool will flash 5
times simultaneously.
a) Select switch position MID to set the repeater Master ID (ID of the FLTA). Use + and - buttons on the
top of the display to set the required MID (Master ID)