Technical Data - Inxpect SBV System Series Instruction Manual

8.1 Technical data

8.1.1 General specifications
Detection Inxpect motion detection algorithm based
method
on FMCW radar
Frequency Working band: 60.6–62.8 GHz
Transmission power: ≤ 13 dBm
Radiated power: ≤ 16 dBm mean EIRP
Modulation: FMCW
Detection
From 0 to 5 m (from 0 to 16.4 ft), depending
interval on the installation conditions.
Detectable 0.17 sqm
target RCS
Field of view programmable: from 10° to 100°
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horizontal plane and 20° vertical plane.
Decision
> 1-(2.5E-07)
probability
CRT (Certified
4 s
Restart Timeout)
Guaranteed < 100 ms
response time
Total 33 W (control unitand six sensors)
consumption
Electrical
Polarity inversion
protections
Overcurrent through resettable integrated
fuse (max. 5 s @ 8 A)
Overvoltage II
category
Altitude
Max 1500 m ASL
Air humidity
Max 95%
Noise emission
Negligible
8.1.2 Safety parameters
SIL (Safety 2
Integrity Level)
HFT 0
SC 2
TYPE B
PL (Performance d
Level)
ESPE Type (EN 3
61496-1)
Category (EN
3 equivalent for SBV-01, ISC-B01, ISC-02
ISO 13849)
and ISC-03
Class (IEC TS
D
62998-1)
Communication CAN complies with standard EN 50325-5
protocol
(sensors-control
unit)
Mission time 20 years
MTTFd 38 years
SBV System Series | Instruction manual v1.2 DEC 2021| SAF-UM-SBVBus-en-v1.2 | © 2021 Inxpect SpA
PFHd With PROFINET/PROFIsafe communication:
Access detection: 1.66E-08 [1/h]
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Restart prevention: 1.66E-08 [1/h]
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Muting: 6.13E-09 [1/h]
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Stop signal: 6.14E-09 [1/h]
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Restart signal: 6.14E-09 [1/h]
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Without PROFINET/PROFIsafe
communication:
Access detection: 1.56E-08 [1/h]
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Restart prevention: 1.56E-08 [1/h]
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Muting: 5.13E-09 [1/h]
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Stop signal: 5.14E-09 [1/h]
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Restart signal: 5.14E-09 [1/h]
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SFF
≥ 99.89%
DCavg
≥ 99.48%
MRT ** < 10 min
Safe state when At least one OSSD is in OFF-state. Stop
a fault occurs
message sent on fieldbus (if available) or
communication interrupted
Note*: the systematic capability is guaranteed only
if the user uses the product according to the
instructions of this manual and uses the product in
the appropriate environment.
Note**: the MRT considered is the Technical Mean
Repair Time, i.e. it takes in consideration
availability of skilled personnel, adequate tools and
spare parts. Considering the type of device, the MRT
corresponds to the time necessary for the device
replacement.
8.1.3 Ethernet connection (if
available)
Default IP 192.168.0.20
address
Default TCP port 80
Default netmask 255.255.255.0
Default gateway 192.168.0.1
8.1.4 Control unit features
Outputs Configurable as follows:
4 Output Signal Switching Devices
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(OSSDs) (used as single channels)
2 dual channel safety outputs
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1 dual channel safety output and 2
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Output Signal Switching Devices
(OSSDs)
OSSD
Maximum resistive load: 100 K Ω
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characteristic
Minimum resistive load: 70 Ω
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Maximum capacitive load: 1000 nF
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Minimum capacitive load: 10 nF
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Safety outputs
High-side outputs (with extended
protection function)
Max current: 0.4 A
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Max power: 12 W
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The OSSDs provide what follows:
ON-state: from Uv-1V to Uv (Uv = 24V
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+/- 4V)
OFF-state: from 0 V to 2.5 V r.m.s.
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Inputs
2 dual channel type 3 digital inputs with
common GND
See "Voltage and current limits for digital
inputs" on page 82.
8. Technical references
79