Honeywell SS4-A HART Bedienungsanleitung

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User Guide

SS4-A HART

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Revision History

Author Revision Date Comments

T. Lapp A April 19, 2013 Initial release

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Table of Contents

1Introduction..................................................................................................4

24-20 ma of SS4.............................................................................................4

3Supported HART Commands .....................................................................5

3.1 Command 0..........................................................................................................5

3.2 Command 1..........................................................................................................6

3.3 Command 2..........................................................................................................6

3.4 Command 3..........................................................................................................7

3.5 Command 6..........................................................................................................8

3.6 Command 7..........................................................................................................8

3.7 Command 8..........................................................................................................9

3.8 Command 12........................................................................................................9

3.9 Command 13........................................................................................................9

3.10 Command 14......................................................................................................9

3.11 Command 15....................................................................................................10

3.12 Command 16....................................................................................................11

3.13 Command 20....................................................................................................11

3.14 Command 50....................................................................................................11

4LED Indication............................................................................................12

5HART Module Address..............................................................................12

6HART Module Mounting ............................................................................12

7HART Module Connections.......................................................................13

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1 Introduction The Fire Sentry FSCHCOM-SS4

module is a piggy-back device that

allows SS4-series flame detectors

to communicate with a HART

Network Master. The HART module

may be considered to be a protocol

converter. The flame detector itself

communicates to external devices

with the FireBus-I proprietary

protocol. This HART module obtains

alarm and fault status using FireBus-

I, and then upon receiving a HART

command will respond to the HART

master by returning the necessary

information.Communication with the master requires that the request that

matches the short address (assigned by the rotary switch) or long address (a

combination of device type and serial number).

Pin #2 and Pin #3 of J102 of this module are used for HART communication.

Current-loop 4-20 ma is sourced from Pin #2 when switches at S100 are ON, and

ground is the current-return point. See below for connection details.

2 4-20 ma of SS4

This FSCHCOM-SS4 is providing 4-20ma analog value as well as HART protocol

simultaneously. In single drop configuration (I=One master to One Device) the

analog 4-20ma provide the following information.

0 ma : PCB fault, Voltage fault, temperature fault, relay fault.

2 ma : Optical Self Test fail & Lid Off fault.

4 ma : Normal.

20 ma : Alarm.

D105 LED

D103 LED

D104 LED

D102 LED

J102

J101

RSW10 0

S10 0

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3 Supported HART Commands

The SS4-A HART module supports the commands enumerated below.

3.1 Command 0

Use command 0 to read Unique Identifier.

Response to command 0:

Manufacturer ID: Hex 6042 String FSCHCOM

Product ID: Hex E180

Polling address is assigned by rotary switch RSW100 ( 0 , 1, 2, 3, 4, 5, 6, 7, 8, 9,

A, B, C, D, E, F).

Placing RSW100 to position 1,2,3.. to F, you are putting the devices in hardware

address mode. Hardware address will over-ride software address.

Placing RSW100 to position 0, you are putting the devices in software addressing

mode.

You can use command 6 to write polling address to the FSCHCOM module.

Once software polling address is written into the FSCHCOM, the address is

saved into flash memory until over written by next command 6.

Byte Format Description

0 Unsigned 8 Must be Decimal 254 (Hex FE)

1 to 2 Code Device Type Hex E1 80

3 Unsigned 8 Minimum number of preambles byte from master= 5

4 Unsigned 8 HART Major Revision = 7

5 Unsigned 8 Device Revision Level = 0

6 Unsigned 8 Software Revision = 1

7 Unsigned 8 Bit 7,6,5,4,3 Hard ware revision = 0x10

Bit 2,1,0 physical signal code 0x01

8 Unsigned 8 Flag = 0. N/A

9 to 11 Unsigned

24 Device ID unique from manufacturer

12 Unsigned 8 Minimum number of preambles byte to master = 5

13 Unsigned 8 Maximum number of device variable = 4

14 to 15 Unsigned

16 Configuration Change Counter = 0. No user configurtion

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16 Unsigned 8 Device status

17 to 18 Unsigned

16 Manufacturer ID code = Hex 60 42

3.2 Command 1

Use command 1 to read the Primary Variable.

Response to command 1:

Alarm and Device status is save into the Primary Variable (Unit in ma), where :

Byte Format Description

0 Code Unit code in ma

1 to 4 Float 0 ma : PCB fault, Voltage fault, temperature fault, relay

fault.

2 ma : Optical Self Test fail & Lid Off fault.

4 ma : Normal.

20 ma : Alarm

3.3 Command 2

Use command 2 to read Loop current (ignore percent range).

Response to command 2:

The loop current always matches the current that can be measured by milli-

ammeter in series with the device. This includes the loop current under alarm

conditions. SS4 flame sensors does not have percent value, therefore please

ignore the percent output of this response.

Byte Format Description

0 to 3 Float Loop Current in milli-ampere

0 ma : PCB fault, Voltage fault, temperature fault, relay

fault.

2 ma : Optical Self Test fail & Lid Off fault.

4 ma : Normal.

20 ma : Alarm

4 to 7 Float % reading.

0ma = 0%

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2ma = 10%

4ma = 20%

20ma = 100%

3.4 Command 3

Use command 3 to read dynamic variable and loop current.

Response to command 3:

Byte Format Description

0 to 3 Float Primary Variable Loop current (Unit in milli-ampere)

0 ma : PCB fault, Voltage fault, temperature fault,

relay fault.

2 ma : Optical Self Test fail & Lid Off fault.

4 ma : Normal.

20 ma : Alarm

4 Code Unit code for ma . Variable 1

5 to 8 Float Variable 1. Voltage Fault

4 ma : Normal

20ma :Voltage Fault (either too low or too high)

9 Code Unit code for ma. Variable 2

10 to 13 Float Variable 2. Temperature Fault

4 ma : Normal

20ma : Temperature too high.

14 Code Unit code for ma. Variable 3

15 to 18 Float Variable 3. Self test and lid off

4 ma :Normal

20ma :Self Test Fail (window dirty) and/or Lid is off.

19 Code Unit code for ma. Variable 4

20 to 23 Float Variable 4. Communication between FSCHCOM

module and the SS4 flame detector.

4 ma : Normal.

20ma : Temperature too high.

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3.5 Command 6

Use command 6 to write the polling address and loop current mode to the field

device.

Every HART device must have a polling address.

Response to command 6:

Byte Format Description

0 Unsigned 8 Polling address

1 Code 0 = loop current off, 1 loop current on.

Loop current of this FSCHCOM is enable/disable by

hardware dip switches S1. Regardless of the S1 position

this byte is always 0. Please make sure you have set the

S1 accordingly.

Once command 6 is received by the SS4HCOM module, the assigned polling

address (decimal 0 to 15, Hex 0 to 0x0f), the SS4HCOM will save the newly

assigned short address to flash memory, and use the newly assigned short

address until power off.

Upon power on the SS4HCOM module will first read the rotary switch RSW1. If

the RSW1 is in position 0, the SS4HCOM will read back the saved short address.

If the RSW1 is in position other than 0 (I,e. 1,2,3,4,5…A,B,C,D,E,F), the position

number will be used as short address.

3.6 Command 7

Use command 7 to read the polling address and loop current mode.

Response to command 7:

Byte Format Description

0 Unsigned 8 Polling address

1 Code 0 = loop current off, 1 loop current on.

Loop current of this FSCHCOM is enable/disable by

hardware dip switches S1. Regardless of the S1 position

this byte is always 0. Please make sure you have set the

S1 accordingly.

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3.7 Command 8

Use command 8 to read Dynamic Variable Classification.

This command is not application flame sensors, however the FSCHCOM will

reply as following:

Response to command 8:

Byte Format Description

0 Code 0 for undefined code

1 Code 0 for undefined code

2 Code 0 for undefined code

3 Code 0 for undefined code

3.8 Command 12

Use command 12 to read the message contained within the FSCHCOM module.

Response to command 12:

Byte Format Description

0 to 23 Packed

ASCII Alpha numeric message

3.9 Command 13

Use command 13 to read Tag, Descriptor, Date of release.

Response to command 13:

Byte Format Description

0 to 5 Packed

string TAG

6 to 15 Packed

string Description

18-20 Date Date of firmware release

3.10 Command 14

Use command 14 to Primary variable transducer information.

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Response to command 14:

Byte Format Description

0 to 2 Unsigned

24 Transducer Serial Number

3 Code 0 for undefined 39 (Hex 27) for milli ampere

4 to 7 Float Upper limit is 20 ma Hex (41 A0 00 00)

8 to 11 Float Lower Limit is 0 ma Hex ( 00 00 00 00)

12 to 15 float SPAN Low Limit is Hex (00 00 00 00)

3.11 Command 15

This command is not applicable for Flame Sensors. However this FSCHCOM will

still respond to this command with all zero.

Response to command 15:

Byte Format Description

0 Code Code 0 = High priority

1 Code Code 0 = Undefined

2 Code Code 0 = Undefined

3 to 6 Float Upper range value 20 ma

7 to 10 Float Lower range value 0 ma

11 to 14 Float Damping Factor 0 = Not Applicable

15 Code Code 0 = Undefined

16 Code Code 0 = Undefined

17 code Code 0 = Undefined

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