Appendix 1: SIL Declaration of Conformity
GB
WIKA Alexander Wiegand SE & Co. KG, Alexander Wiegand Straße 30, 63911 Klingenberg
declares as the manufacturer the accuracy of the following information.
1. General information
Permissible options
Safety-relevant output signal
Error current
Evaluated measurands /function
Safety function
Device type per IEC 61508-2
Operating mode
Current hardware version
Current software version (Firmware)
Safety handbook
Type of evaluation
Evaluation through Report No.
Test documents
2. SIL Integrity
Systematic safety integrity
Integrity against "random, dangerous
hardware errors"
(Type B components)
16
SIL Declaration of Conformity
Functional safety per DIN EN 61508 / DIN EN 61511
T32.1S.xxx-S / T32.3S.xxx-S (xxx = 000/0IS/0NI)
4 ... 20 mA
Adjustable: ≤ 3.6 mA and ≥ 21.0 mA
(Factory settings: 3.5 mA and 21.5 mA to NAMUR
NE43)
Temperature in °C, °F, K, R
Single sensor
Duplex sensor, Redundant, Minimum value,
Maximum value, Average value
B (complex components)
Low Demand Mode
6
2.2.1
Issue 05/2010
Complete evaluation, in parallel with development,
of hardware and software incl. FMEDA on a
component level and change process to
IEC 61508-2,3
TÜV Rheinland 968/EL 632.01/10
Safety-Product Requirement Specification
Product Requirements Specification
Functional Safety Management Plan
Product verification plan
Data Sheet TE 32.04
FMEA at component level
Safety handbook
SIL3-capable software
Single channel operation (HFT = 0, e.g. 1v1); SIL2
Two channel operation SIL3: to IEC 61508-6 Annex D
must determine a β-factor for the two channel (redun-
dant) application, in order to incorporate the 'Common
Cause Failure Probability'.
For further information, see WIKA contact data
WIKA safety manual temperature transmitter T32.xS
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