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Revised 7/10/01 • InterOP8500

16

© 2001 Automated Logic Corporation

    

Table 6. Input Channel Numbers

Point

Signal Type

Channel
Number

†Range Offset

Gain

UI 1

RTD

51

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

31

4 to 20mA
0 to 5V

§

§

Digital

71

UI 2

RTD

52

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

32

4 to 20mA
0 to 5V

§

§

Digital

72

UI 3

RTD

53

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

33

4 to 20mA
0 to 5V

§

§

Digital

73

UI 4

RTD

54

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

34

4 to 20mA
0 to 5V

§

§

Digital

74

UI 5

RTD

55

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

35

4 to 20mA
0 to 5V

§

§

Digital

75

UI 6

RTD

56

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

36

4 to 20mA
0 to 5V

§

§

Digital

76

UI 7

RTD

57

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

37

4 to 20mA
0 to 5V

§

§

Digital

77

UI 8

RTD

58

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

38

4 to 20mA
0 to 5V

§

§

Digital

78

UI 9

RTD

59

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

39

4 to 20mA
0 to 5V

§

§

UI 10

RTD

5A

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3A

4 to 20mA
0 to 5V

§

§

UI 11

RTD

5B

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3B

4 to 20mA
0 to 5V

§

§

UI 12

RTD

5C

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3C

4 to 20mA
0 to 5V

§

§

UI 13

RTD

5D

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3D

4 to 20mA
0 to 5V

§

§

UI 14

RTD

5E

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3E

4 to 20mA
0 to 5V

§

§

UI 15

RTD

5F

-50° to 250° F
-46° to 121° C

0.00
0.00

15.25‡

mA or Volts

3F

4 to 20mA
0 to 5V

§

§

† Celsius values can only be displayed in SuperVision when the Function 
Block is made in Eikon v2.0 or later with the Metric option enabled. Refer to 
the Eikon User’s Guide for more information.
§ Use the Point Configuration or Point Help feature available in SuperVision 
v2.0 or later.
‡ Any adjustments needed to calibrate the RTD are done as offset adjustments 
in the microblock.

Table 7. Maintained Binary Output 
Channel Numbers across sections 1 and 3

Johnson Channel “xA”
(wired across terminal sections 1 and 3)

ALC Channel

1A

11

2A

12

3A

13

4A

14

5A

15

6A

16

7A

17

8A

18

Table 6. Input Channel Numbers 

Point

Signal Type

Channel
Number

†Range Offset

Gain

Содержание InterOP8500

Страница 1: ...hnical Instructions InterOP8500 Introduction 2 Specifications 3 Mounting 4 Connecting Expander Modules 4 Addressing 4 Power Wiring 5 Using the ALC Power Supply 6 Using the Johnson Power Supply 7 Network Communications 7 Communicating with the Workstation 8 Input Output 9 Analog Inputs 9 Unswitched and Switched Inputs 10 Calculating Offset and Gain 12 Binary I O Power Jumper 12 Binary Inputs 13 Bin...

Страница 2: ...ary outputs The InterOP8500 board contains the microprocessor a connection port for the network connection and a port for I O expansion The InterOP8500 has 8 binary inputs 15 analog inputs which can be set to either RTD or voltage mode and 16 digital outputs The Access Port allows communication with WebCTRL or SuperVision The InterOP8500 s keypad port provides the interface for serial communicatio...

Страница 3: ... nickel RTD or 1 to 5V Input Resolution 12 bit A D Digital Outputs 16 digital outputs 12VDC 300mA fused output Communication For WebCTRL 156 kbps BACnet over ARCNET and 9600 bps or 38 4 kbps EIA 485 BACnet MS TP For SuperVision 156 kbps BACnet over ARCNET 9600 bps or 38 4 kbps Legacy CMnet Access Port 9600 bps or 38 4 kbps EIA 485 WebCTRL SuperVision Module Driver DRV_InterO P8500 85M Number of Fu...

Страница 4: ... field termination board using either the PWRSUP8500 or the existing power supply RPA 105 and LPS 105 as shown in Figure 3 on page 5 and Figure 5 on page 6 Connect the InterOP8500 edge connectors to the field termination board s socket Lock the InterOP8500 in place with the plastic retainers provided in the panel 4 Place the brushed aluminum ALC label on the door of the panel Connecting Expander M...

Страница 5: ... high and low voltage wiring must be kept as far apart from each other as is possible to avoid noise interference NOTE NOTE NOTE NOTE To protect analog signals from stray noise and to minimize EMI use shielded cable on all signal wires and low voltage power wires When entering exiting or interconnecting with the enclosure it is better to use several small openings than one large one The 12V binary...

Страница 6: ...m the face of the LPS 105 and remove the LPS 105 from the Johnson Controls panel 5 Take out the mounting screw from the back of the RPA 105 and remove the RPA 105 from the Johnson Controls panel 6 Place the PWRSUP8500 in the same brackets that the RPA 105 was in Make sure the edges of the PWRSUP8500 are in the slots 7 Replace the mounting screw in the back of the PWRSUP8500 see Figure 3 on page 5 ...

Страница 7: ...rVision system the InterOP8500 module can connect to a BACnet over ARCNET network segment at 156 kbps or to a legacy CMnet at 9600 bps or 38 4 kbps When communicating at 156 kbps the network segment uses a unique implementation of the industry standard BACnet over ARCNET protocol called ARC156 For a summary of the differences between ARCNET and ARC156 please refer to ARC156 CMnet Wiring Technical ...

Страница 8: ...omputer directly to the InterOP8500 module using an APT and the module s Access Port see Figure 11 This type of connection can be used to troubleshoot the module or transfer memory If you are using an ARC156 network segment you can receive colors while connected to a module s Access Port if a gateway module is on the network segment You cannot receive alarms through the Access Port however The bau...

Страница 9: ...ype connection should be made Analog Inputs The InterOP8500 provides access to 15 analog inputs through the Johnson Controls field termination board Use the formulas in the Calculating Offset and Gain on page 12 section to read signals from these inputs There are four field terminals for each AI point 1 through 7 and five for each AI point 8 through 15 see Figure 12 on page 10 The function of thes...

Страница 10: ...and that may have a small amount of ground shift to give stable readings on their AIs Examples would be 0 5VDC or 0 2 5VDC devices NOTE NOTE NOTE NOTE The channel number is not affected by the input s condition switched or unswitched Table 3 Acceptable Analog Input Signals Analog Input Type Power Jumper Switched RTD thermistor Internal Yes Unswitched 0 5VDC linear Internal No Switched or Unswitche...

Страница 11: ...lid state current switch on a digital input the resistance must drop low enough for the module to recognize it For voltage and potentiometer mode remove the jumpers Current mode can be configured by adding an external sense resistor For 4 20mA use a 250 ohm resistor Figure 14 Turn the InterOP8500 s power switch on Figure 13 Analog Input Jumpers Unswitched Inputs Jumper in Place RTD Mode Switched I...

Страница 12: ...nput point Use this formula to calculate the offset for an analog input point For example consider a 1 to 4 5V humidity sensor with a relative humidity of 20 to 90 The voltage span is 3 5 volts 4 5V 1V The user unit span is 70 90 20 Calculate the gain and offset for a humidity sensor like this Here is an example of a 0 to 2 5V V 9012 feedback sensor with a range of 0 to 100 relative humidity The v...

Страница 13: ...m the RPA 105 NOTE NOTE NOTE NOTE All eight binary input terminals are electrically connected on the field termination board To prevent ground loops electrically isolate the sources of the binary input signals from each other Binary Outputs The InterOP8500 provides 16 binary outputs with a direct connection to the field termination board The 16 binary outputs have suppression The binary output pow...

Страница 14: ...ion Table 4 shows the status of the digital output based on the output s configuration and the HOA switch position You can monitor the status of the HOA switches through WebCTRL or InterOP8500 In WebCTRL assign each switch a digital input in the FB using the point number and the HOA Status Feedback point type In SuperVision assign each switch a digital input in the FB using channel numbers 81 thro...

Страница 15: ...numbers would start at 1 and could go up to 16 likewise RTD input numbers would start at 1 and could go up to 15 4 Enter an expander number if needed Channel Numbers in SuperVision The following table shows the valid channel numbers for each point on the InterOP8500 The offset and gain values used depend on the type of sensor or actuator attached to the I O point You can select the channel number ...

Страница 16: ...9 4 to 20mA 0 to 5V UI 10 RTD 5A 50 to 250 F 46 to 121 C 0 00 0 00 15 25 mA or Volts 3A 4 to 20mA 0 to 5V UI 11 RTD 5B 50 to 250 F 46 to 121 C 0 00 0 00 15 25 mA or Volts 3B 4 to 20mA 0 to 5V UI 12 RTD 5C 50 to 250 F 46 to 121 C 0 00 0 00 15 25 mA or Volts 3C 4 to 20mA 0 to 5V UI 13 RTD 5D 50 to 250 F 46 to 121 C 0 00 0 00 15 25 mA or Volts 3D 4 to 20mA 0 to 5V UI 14 RTD 5E 50 to 250 F 46 to 121 C...

Страница 17: ...ck Download in the CFG tree control 3 Click the Memory Parameters or Schedules boxes depending on what you want to download NOTE A memory download includes a parameter and schedule download 4 Expand the tree in the action pane click the module you want to download to then click Add Click on and Add any other modules you want to download to 5 Click the Execute Download button If any downloads faile...

Страница 18: ...y to restore communication Formatting the module erases all memory so you need to transfer memory back to the module once it is formatted NOTE Since the module is automatically formatted when you transfer memory you should only manually format the module if communication was not established after the memory transfer 1 Turn the module s power off Make sure the module s address switches are not set ...

Страница 19: ...show the year and month of manufacture Table 10 LED Signals Run LED Error LED Condition 2 flashes per second Off Normal 2 flashes per second 1 flash then pause Normal but module is alone on the CMnet this sequence doesn t occur in WebCTRL 2 flashes per second 2 flashes alternating with Run LED Five minute auto restart delay after system error 2 flashes per second 2 flashes in sync with Run LED the...

Страница 20: ...Revised 7 10 01 InterOP8500 20 2001 Automated Logic Corporation Sample GFB Figure 17 Sample GFB ...

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