1. ADW 535 SecuriSens ADW 535 Sales Presentation
Adrian Haenni, Sales Support

2. Content
Principle of Operation
Portfolio
Strength
Engineering
Programming
Remote Control & Visualization
Networking
Specifications
Success Stories

3. Principle of Operation Linear Heat Family
Hollow Metallic Tube
Pneumatic
Only air
Test Pump
Detects leakage
Detects squeezes
Temperature Referencing
At commissioning
At regular intervals
Corrects pressure drift
Interfacing
Relays
Loop
RS485
TCP/IP
Alarm Fault
Temperature sensors for referencing
PRESSURE SENSOR
Test Pump
HOLLOW METALLIC TUBE
Relays
Loop
Remote Control & Programming
RS485
TCP/IP
Fire Alarms
Networking

4. Principle of Operation Cumulative Effects
Certified to EN 54-22
Specified response characteristics are at 9% heat exposure of the tube
The larger the exposed part the faster the response
Minimum tube length is 10m
10m
SENSING TUBE
Total Length 115m
TEST FIRE

5. Portfolio Product Range
Two Units
1 or 2 Detectors
ADW 535-1
1 Detector
2 Relays (Alarm & Fault)
ADW 535-2
2 Detectors
4 Relays
Det. 1: Alarm and Fault
Det. 2: Alarm and Fault

6. Portfolio Plug-in Boards
Relay Expansions
Loop Connectivity
Networking
RIM 36
5 Relays
free programmable
Max. 2 Boards per Unit
XLM 35
Loop Interface
SecuriLine Extended
Transmits fault and alarm messages
SIM 35
RS485
Max. 1’000m
Max. 250 Units
Fast Poll of 50 units/s
Remote Configuration
Event Display
Relay Board: 5 Relays per board, max. 2 boards per unit, total of 13 relays per unit
SD Memory Card Module: 1GB does it all (more does not help any)

7. Portfolio Accessories Competence
Material
Description
Typical Application
TU 5/4 Cu
Copper
Ø 5mm (outer)
Ø 4mm (inner)
in 5.5m rods or in rolls
High Temperature Application
Room Monitoring
Equipment Monitoring
Vehicle Monitoring
TU 5/4 SS
Stainless Steel
in 6m rods
Aggressive Environment
Food processing industry
Petrochemical Industry
Waste Water Treatment Plants
TU 6/4 PTFE
Teflon (PTFE) Ø 6mm (outer)
in rolls ?
Installation
Various fixings in plastic, brass or steel

8. Strength Extremely Solid
The sensor material suits your application:
Non-magnetic
Non-rusting
Non-altering
Acid-proof
Shock-proof
Water-proof
Heat-resistant
Dirt-resistant

9. Strength Long Lasting
No active components!
Basically infinite lifetime

10. Strength Extremely Resistant
Works in any environment:
Aggressive
Radioactive
Gaseous
Liquid
Solid (powder etc.)

11. Strength Extremely Flexible
Adaptable to your need
Suitable for Ex zones without need for Atex certification and zone barriers.
Programmable response: From slow to fast
Sensing temperature range: -40° to +180°C
Ex ZONE I/21
Ex ZONE II/21
SAFE ZONE …
-40°C
+180°C

12. ADW 535 is certified to comply with all Classes and Groups.
Strength Flexibility
Response Classes
Environment Groups
Response
Class
Detection Range °C
Application A1
Rooms up to 7.5m Height A2
Rooms up to 6m Height B C D E F G
Env. Group
Op. Temp. Range °C
Application 1
Indoor / stable and clean conditions
Commercial
Industrial 2
Indoor / varying and polluted conditions 3
Outdoor / harsh conditions
ADW 535 is certified to comply with all Classes and Groups.

13. Strength Stability Self-Balancing
The ADW 535 is regularly referencing the tube’s pressure to the ambient temperature. The detection sensitivity remains stable for years, if not forever.
In consequence, extreme temperature variations during the day are no problem for the ADW 535.
It is the most dependable heat detector for outdoor applications.
STABLE
NEUTRAL
UNSTABLE

14. Strength Extremely Fast
The ADW 535 is the fastest responding rate-of-rise heat detector.
Cumulative effects are even accelerating the response.
TSC
rate-of-rise
Alarm
ADW 535
Rate-of-rise ALARM
Fixed Threshold Detection
5 Minutes

15. Strength Extremely Reliable
“Dynamic Heat Watch” for zero nuisance alarms
Procedure
Detect abnormal “rate-of-rise”
Check persistence after 1st delay
Check for high temperature after 2nd delay
Benefit
Reduce nuisance alarms due to changes of the environment temperature
Temperature [pressure]
[mbar/min]
Δ [pressure]
[mbar]
Rate-of-Rise
Rate-of-rise
threshold
Time [s]
Delay
Time Window [600]
Alarm
Verification [rate-of-rise]
Initial Trigger

16. Strength Extremely Reliable
Sample Application: Loading Docks
Sudden release of warm air when opening gates.
Temperature [pressure]
[mbar/min]
Δ [pressure]
[mbar]
Rate-of-Rise
Rate-of-rise
threshold
WARM
AIR
Delay
Time Window [600]
Time [s]
Alarm
Verification [rate-of-rise]
Initial Trigger

17. two detector dependency
Strength 2-in-1
Double Knock
Easy to do
two detector dependency
for extinguishing controls
Extinguishing
Controls

18. Engineering ADW 535 HeatCalc
3D Drawing of the tubes:
Tubes
fittings
Coils
Specification of the wanted system performance
Max. Threshold
Verification Threshold
Rate-of-Rise
Delays
Calculation of the system setup parameters:
Parameter Export to ADWconfig
Reporting
Parts List

19. Engineering Programming Workflow
ADW HEATcalc
By Software
ADW Heatcalc
ADWconfig
Download
By Hardware
Technical Description
Manual Setup
by EASYconfig
ADWconfig UP OK
Two ways to setup the unit:
By Software ADWconfig
with on-screen parameter setting or
loading the parameter set created by
By manual setting via EASYconfig
First Step: Check for appropriate code on page 40ff of the Technical Description
ADW EASYconfig
TECHNICAL DESCRIPTION

20. Remote Control & Visualization ADWconfig
Configuration
Import of HEATcalc files
Parameter setting
Visualization
Real-time charting of pressure values
Firmware Update
Upload of new firmware
Documenting
Printout of Parameter Setup

21. Networking RS485 Networking
Long Distance
Up to 1km
Extendable by repeater
Full Control
Remote configuration
Remote monitoring of faults and alarms
ADWconfig Software
Fast Scanning
50 Units in 1 second
Open Protocol
Disclosed under a license agreement. 1 2 3
250
USB
RS485
ADW 535config
DONGLE

22. Specifications Unit Sensor Tube
Dimension (h x w x d ): 20 x 160 x 134 mm
Protection Class IP 65
Operation Temperature Range: -30 to +70 °C
Operating Voltage: – 30 VDC
Number of Sensors: 1 or 2
Sensing Range 1’000mbar / 270K
Sensor Tube
Tube Diameter (inner/outer) Metallic: 5mm / 4mm
PTFE: 6mm / 4mm
Max. Tube Length (aggregated) 115m
Max. Area to cover: 2 x 800m2
Engineering / Programming: Pre-defined (EasyConfig)
or «as needed» (HeatCalc)
Max. Number of sampling points:
Class C /120 is a marketing figure.
Physical constraints are limiting the number of sampling points to about 80 because of
Practical reasons: holes of less than 2mm are easily stuck with dust.
Pressure drop: To many holes are resulting in zero aspiration power at the distant sampling points

23. User Benefits Summary Strength Benefit Proof Extremely Solid
Indoor and outdoor application
Low demand for maintenance
Long life cycle
Metallic or PTFE sensor tube
IP65 enclosure
Operating range -30°C to +70°C
Long Lasting
Low “Total Cost of Ownership” (TCO): Maintenance free and not needing any replacements – for decades.
Metallic tubes
Automated integrity check
IP 65
Extremely Resistant
Can be used in dangerous / aggressive environment.
Works in any medium (solid, liquid, gas)
Measures from -40°C to +180°C
Extremely Flexible
Can be used in Ex Zones without need for barriers or Atex approval
Programmable response behavior
Does Ex without the usual restraints:
Serviceability
Maintenance can take place without need to access the detection area
Sensor tube is maintenance free
Extremely Fast
Buy extra time for securing the zone
Fastest heat sensing technology available
Engineering
Reliability at performance extremes
HeatCalc 3D design software
3000

24. Success Stories Car Parks
Parking «Esplanade»
Europe’s largest Parking
4 Levels
11’000 Cars
9’800 Public
1’800 VIP
Allianz Arena Parking in Munich

25. Success Stories Road Tunnels
COPPER TUBE
Dozens of road tunnels worldwide.
2.5km Bypass Tunnel
Ligerz, Switzerland

26. Success Stories Distilleries
COPPER TUBES
Large Distillery in Italy with many Ex zones.

27. Success Stories Food Processing
VILSA Brunnen, Bremen, Germany
Room protection with ADW tubes between ceiling panels.

28. Success Stories Floating Roof Tank
FOAM UNITS
Hundreds of Floating Roof Tanks all over India.
TANK FARM at MUNDRA PORT Gujarat, India

29. Success Stories Floating Roof Tank
Specialty: Covered Floating Roof Tanks
TANK FARM at Klaipeda, Lithuania

30. Success Stories Wood Bridges
Bridge “Büren an der Aare”
ADW sensor below floor for detecting fire attack by boat
ADW sensor below roof tiles
Fake point detectors on the beams below the roof containing just a switch for indicating tampering
WOODBRIDGE Büren an der Aare, Switzerland

31. Thank you for your attention!
Securiton AG
Alarm- und Sicherheitssysteme
Alpenstrasse 20, CH-3052 Zollikofen