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Pepperl+Fuchs HiC283 Series, Руководство пользователя

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 2

02

1-

12

18

Functional Safety HiC283*

Operation

Proof Test Procedure

1.

Prepare a test set-up, see figures below.

2.

Test the devices in the mode of operation they are used in. If necessary, 

change the configuration of the device. Verify the input and output values as given 

in table below.

3.

Test each input channel individually.

4.

Simulate the sensor state by a potentiometer of 4.7 k

. The threshold must be between 

1.4 mA and 1.9 mA. The hysteresis must be between 150

A and 250

A.

 For normal mode of operation the outputs must have a low impedance, if the input current 

is above the threshold. This state is indicated by yellow LED.

 For inverse mode of operation the outputs must have a low impedance, if the input current 

is below the threshold. This state is indicated by yellow LED.

5.

Simulate the sensor state by a resistor R

SC

 (220

, short circuit detection) or a resistor R

LB

 

(150 k

, lead breakage detection).

 The device must detect an external fault. This state is indicated by red LED and the output 

of the corresponding channel must be in fault state.

6.

Test the outputs with a certain current. Test that the outputs are definitely high impedant 

(see table, I

off

), if the yellow LED is off.

7.

Set back the device to the original settings after the test.

8.

Secure the DIP switches to prevent unintentional adjustments.

Device

R

U

I

on

 (mA)

I

off

 (mA)

I

fault

 (mA)

HiC283*

1 k

8 V

2.6 mA < I

on

< 3.2 mA

0.5 mA < I

off

< 0.6 mA

I

fault

< 0.05 mA

HiC283*R1

2 k

24 V

8.0 mA < I

on

< 9.2 mA

0.46 mA < I

off

< 0.62 mA I

fault

< 0.05 mA

HiC283*R2

250 

24 V

4.2 mA < I

on

< 4.6 mA

1.48 mA < I

off

< 1.62 mA I

fault

< 0.05 mA

HiC283*R3

4.3 k

24 V

4.9 mA < I

on

< 5.2 mA

1.01 mA < I

off

< 1.06 mA I

fault

< 0.05 mA

HiC283*R5

250 

24 V

2.54 mA < I

on

< 2.76 mA 0.5 mA < I

off

< 0.55 mA I

fault

< 0.05 mA

Table 5.1 Input and output values for HiC28*1, HiC283R2, HiC283*R3 and HiC283*R5

Device

I

U

on

 (V)

U

off

 (V)

I

fault

 (mA)

HiC283*R4

10.0 mA

4.58 V < U

on

< 4.85 V

13.3 V < U

off

< 14.35 V

I

fault

< 0.05 mA

Table 5.2 Input and output values for HiC283*R4

Содержание HiC283 Series

Страница 1: ...ISO9001 2 Functional Safety Switch Amplifier HiC283 Manual...

Страница 2: ...ion as well as the supplementary clause Expanded reservation of proprietorship Worldwide Pepperl Fuchs Group Lilienthalstr 200 68307 Mannheim Germany Phone 49 621 776 0 E mail info de pepperl fuchs co...

Страница 3: ...terfaces 9 2 3 Marking 9 2 4 Standards and Directives for Functional Safety 9 3 Planning 10 3 1 System Structure 10 3 2 Assumptions 11 3 3 Safety Function and Safe State 12 3 4 Characteristic Safety V...

Страница 4: ...Functional Safety HiC283 Contents 4 2021 12...

Страница 5: ...Dismounting Disposal The documentation consists of the following parts Present document Instruction manual Manual Datasheet Additionally the following parts may belong to the documentation if applicab...

Страница 6: ...derstood the instruction manual and the further documentation Intended Use The device is only approved for appropriate and intended use Ignoring these instructions will void any warranty and absolve t...

Страница 7: ...splayed in descending order as follows Informative Symbols Action This symbol indicates a paragraph with instructions You are prompted to perform an action or a sequence of actions Danger This symbol...

Страница 8: ...signal lines HiC2831R2 and HiC2832R2 The input controls two passive transistor outputs with a resistive output characteristic The outputs have three defined states low impedance state 1 signal 5 k hi...

Страница 9: ...tions see datasheet Pepperl Fuchs Group Lilienthalstra e 200 68307 Mannheim Germany Internet www pepperl fuchs com HiC2831 HiC2832 HiC2831R1 HiC2832R1 HiC2831R2 HiC2832R2 HiC2831R3 HiC2832R3 HiC2831R4...

Страница 10: ...y the demand rate for this safety loop is assumed to be higher than once per year The relevant safety parameters to be verified are the PFH value Probability of dangerous Failure per Hour Fault reacti...

Страница 11: ...ence A similar factor must be used if frequent temperature fluctuations are expected Do not use more than one input channel of a multi channel device for a safety loop as the channels of the device us...

Страница 12: ...ent is present at input I output I and output II are high impedant safe state Table 3 1 Switch settings HiC2831 Switch Position Function Channel I S1 II Normal mode of operation If a low current is pr...

Страница 13: ...te Reaction Time The response time for the safety function between input and output is 0 1 ms Load conditions HiC283 8 V 1 k HiC283 R1 24 V 2 k HiC283 R2 24 V 250 HiC283 R3 24 V 4 2 k HiC283 R4 10 mA...

Страница 14: ...years MTBF 1 HiC2832 120 years PTC 99 Safety function Inverse mode of operation 2 2 The device can be used in two modes of operation inverse of mode operation and normal mode of operation Normal mode...

Страница 15: ...and that the validity of the calculation is limited to the useful lifetime of each component It is assumed that early failures are detected to a huge percentage during the installation and therefore...

Страница 16: ...ck the safety function to ensure the expected output behavior 4 1 Configuration Configuring the Device The device is configured via DIP switches The DIP switches for setting the safety functions are o...

Страница 17: ...ction of the subsystem at periodic intervals depending on the applied PFDavg in accordance with the characteristic safety values See chapter 3 4 It is under the responsibility of the plant operator to...

Страница 18: ...B 150 k lead breakage detection The device must detect an external fault This state is indicated by red LED and the output of the corresponding channel must be in fault state 6 Test the outputs with a...

Страница 19: ...er I Multimeter I R U Multimeter I R U Fault 10a 9a 12 15 5a 5b 1 4 SL2 8a SL1 7a 11 14 Supply Supply 24 V DC Power supply I supply Supply Bus RLB RSC Termination Board Zone 0 1 2 Div 1 2 Zone 2 Div 2...

Страница 20: ...2 Div 1 2 Zone 2 Div 2 Multimeter I Multimeter I R U Multimeter I R U Fault 10a 9a 12 15 5a 5b 1 4 SL2 8a SL1 7a 11 14 Supply Supply 24 V DC Power supply I supply Supply Bus RLB RSC Termination Board...

Страница 21: ...er supply I supply Supply Bus RLB RSC Termination Board Zone 0 1 2 Div 1 2 Zone 2 Div 2 Multimeter I Fault 10a 9a 12 15 5a 5b 1 4 SL2 Multimeter I 1a 1b 2 5 8a SL1 7a 11 14 Multimeter I I Multimeter U...

Страница 22: ...ct always replace the device with an original device Reporting Device Failure If you use the device in a safety loop according to IEC EN 61508 it is required to inform the device manufacturer about po...

Страница 23: ...ety loop total safety function Probability of failure of components that are in the safety loop HFT Hardware Fault Tolerance MTBF Mean Time Between Failures MTTR Mean Time To Restoration PCS Process C...

Страница 24: ...Pepperl Fuchs Quality Download our latest policy here www pepperl fuchs com quality www pepperl fuchs com Pepperl Fuchs Subject to modifications Printed in Germany DOCT 2386F...

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