BEA Matrix2-S - Manual (Page 2)

Matrix Components
Main connector (86CP11)
Power LED
Presence time potentiometer
DIP switches
Detection state LED
Sensitivity adjustment potentiometer
Matrix2-S application Matrix2-S Technical Specifications
Technology Inductive loop
Tuning automatic
Detection mode presence
Presence time 1 min to infinity (permanent presence)
with 250 steps.
Pulse time output 100 ms or 500 ms
Inductance range 20 micro to 1000 micro
Frequency range 20 kHz to 130 kHz
Frequency steps 4 for single loop / 2 for dual loop
(for each loop)
Sensitivity (DL/L) 0.005% to 0.5% with 250 steps
Reaction time 25ms for single loop
Setup time at power on 8 seconds maximum by channel
Setup time after configuration 2 seconds maximum by channel
Power supply
12-24 AC/DC ± 10% / 230 VAC
± 10% / 115 VAC ± 10%
(depending on model)
Frequency range 48 to 62 Hz
Power Consumption <2.5W
Temperature range -22°F to +158°F (-30°C to +70°C)
Degree of protection IP40
2 Output relays · Max contact voltage : 230 VAC
(free potential change-over contact)
· Max contact current : 5A (resistive)
LED indicators · 1 green LED : power
· 1 red LED : Loop status 1
· 1 red LED : Loop status 2
Protections · loop insulation transformer / Zener
diodes / gas discharge clamping.
Connection Standard 11-pin round connector
86CP11
Dimensions · Height: 3" (77mm) / Width: 1 5/8"
(40mm) / Depth: 3" (77mm)
Weight < 7 ounces
Immunity electromagnetic compatibility (EMC)
according to 89/336/EEC and its amendments
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Contact Information
BEA Inc.
RIDC Park West
100 Enterprise Drive
Pittsburgh PA, 15275
Phone +1.412.249.4100
Fax +1.412.249.4101
Toll Free 1-800.523.2462
BEA West
2401 Pine Street
Los Angeles, CA 91767
Phone +1.909.596.3011
Fax +1.909.596.5411
Toll Free 1-877.232.9378
www.beasensors.com
Industrial Door:
The Matrix2-S will activate and
hold open an industrial door as
soon as a vehicle enters or stay in
its field of detection.
Gate opening and safety:
The Matrix2-S will activate
and hold open a gate
(parking as shown above)
as soon as a vehicle enters
or stay in its field of detection.