Honeywell CIPer 50 Installation & Commissioning Instructions Download Page 77

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CIPer

MODEL 50 CONTROLLER

–

INSTALLATION AND COMMISSIONING INSTRUCTIONS

31-00233-02

NTC 10 k

(Type II)

Temperature Characteristics

NTC10k

(same voltages for inputs of Panel Bus I/O Modules and onboard inputs of CIPer Model 50).

NTC 10 k

(Type II) Temperature

NTC 10 k

(Type II) Temperature

Temp.

[°F]

Temp.

[°C]

Resistance

Terminal

voltage [V]

Temp.

[°F]

Temp.

[°C]

Resistance

Terminal

voltage [V]

-22

-30

177

7.904

93.2

6.808

2.091

-20.2

-29

166.35

7.848

6.531

2.025

-18.4

-28

156.413

7.79

96.8

6.267

1.962

-16.6

-27

147.136

7.73

98.6

6.015

1.9

-14.8

-26

138.47

7.666

100.4

5.775

1.84

-13

-25

130.372

7.601

102.2

5.546

1.781

-11.2

-24

122.8

7.534

104

5.327

1.724

-9.4

-23

115.718

7.464

105.8

5.117

1.669

-7.6

-22

109.089

7.392

107.6

4.917

1.616

-5.8

-21

102.883

7.318

109.4

4.726

1.564

-4

-20

97.073

7.241

111.2

4.543

1.514

-2.2

-19

91.597

7.161

113

4.369

1.465

-0.4

-18

86.471

7.08

114.8

4.202

1.418

1.4

-17

81.667

6.996

116.6

4.042

1.373

3.2

-16

77.161

6.91

118.4

3.889

1.329

-15

72.932

6.821

120.2

3.743

1.286

6.8

-14

68.962

6.731

122

3.603

1.244

8.6

-13

65.231

6.639

123.8

3.469

1.204

10.4

-12

61.723

6.545

125.6

3.34

1.166

12.2

-11

58.424

6.448

127.4

3.217

1.128

-10

55.321

6.351

129.2

3.099

1.092

15.8

-9

52.399

6.251

131

2.986

1.057

17.6

-8

49.648

6.15

132.8

2.878

1.023

19.4

-7

47.058

6.047

134.6

2.774

0.99

21.2

-6

44.617

5.943

136.4

2.675

0.959

-5

42.317

5.838

138.2

2.579

0.928

24.8

-4

40.15

5.732

140

2.488

0.898

26.6

-3

38.106

5.624

141.8

2.4

0.87

28.4

-2

36.18

5.516

143.6

2.316

0.842

30.2

-1

34.363

5.408

145.4

2.235

0.815

32.65

5.299

147.2

2.158

0.79

33.8

31.027

5.189

149

2.083

0.765

35.6

29.494

5.079

150.8

2.011

0.74

37.4

28.047

4.969

152.6

1.943

0.718

39.2

26.68

4.859

154.4

1.877

0.695

25.388

4.75

156.2

1.813

0.673

42.8

24.166

4.641

158

1.752

0.652

44.6

23.01

4.532

159.8

1.694

0.632

46.4

21.916

4.423

161.6

1.637

0.612

48.2

20.88

4.316

163.4

1.583

0.593

Summary of Contents for CIPer 50

Page 2: ...e Software license agreement provisions include limiting use of the software to equipment furnished limiting copying preserving confidentiality and prohibiting transfer to a third party Disclosure use or reproduction beyond that permitted in the license agreement is prohibited Trademark Information BACnet and ASHRAE are registered trademarks of American Society of Heating Refrigerating and Air Con...

Page 3: ... USB 2 0 Host Interface 13 USB 2 0 Device Interface 14 Ethernet RJ45 Sockets 14 Separated Networks 15 Switch Networks 15 Default IP Addresses of Ethernet Interfaces 1 and 2 17 LEDs 17 RS485 Interfaces 17 RS485 2 Bias and Termination Resistors 20 RS485 Standard 20 Modbus Connection 21 Wiring Topology 21 Cables 21 Shielding 22 RS485 Repeaters 22 Modbus Master Specifications 22 Set Up and Configurati...

Page 4: ...ns 43 Option 1 USB 2 0 Device recommended 43 Option 2 Standard Ethernet Interface 43 Behavior of Outputs during Download 43 Additional Parts 44 Software Licenses and Upgrades 45 Panel Bus Connection 46 Overview of Panel Bus I O Modules 46 Panel Bus Considerations 46 Connecting CIPer Model 50 via its RS485 1 Interface to a Panel Bus 47 Connecting CIPer Model 50 via its RS485 2 Interface to a Panel ...

Page 5: ...ubleshooting 67 CIPer Model 50 Controller Troubleshooting 67 Power LED green of CIPer Model 50 67 Status LED red of CIPer Model 50 67 L1 LED 68 L2 LED 68 Tx and Rx LEDs 69 Panel Bus I O Module Troubleshooting 69 Appendix 1 Earth Grounding 70 CIPer Model 50 Systems and SELV 70 CIPer Model 50 Systems and Standard EN60204 1 70 General Information 70 Earth Grounding of EN60204 1 Applicable Systems 70 ...

Page 6: ... vertical mounting on DIN rails the CIPer Model 50 controller should be secured in place using a commercially available stopper If the CIPer Model 50 System is modified in any way except by the manufacturer all warranties concerning operation and safety are invalidated Rules regarding electrostatic discharge should be followed Use only accessory equipment which comes from or has been approved by H...

Page 7: ...he device complies with Ethernet Protocol versions IEEEC 802 3 The device supports BACnet IP and BACnet MS TP communications as per ANSI ASHRAE 135 2012 Specifications of Controller Table 2 CIPer Model 50 specifications Power supply 19 29 VAC 50 60 Hz or 20 30 VDC Power consumption DC 7 W max 9 W AC 10 VA max 12 VA Heat dissipation Max 9 W at DC power supply Max 9 W at AC power supply Current cons...

Page 8: ...BO Relay N O contact 3 A 250 VAC 30 VDC 1200 ft 366 m 4 4 Relay N O contact high in rush 10 A 250 VAC 30 VDC 1200 ft 366 m 1 1 Relay N O contact with one common 3 A 250 VAC 30 VDC 1200 ft 366 m 3 3 Total I Os 26 26 Bus interfaces RS485 1 isolated BACnet MS TP Panel Bus or Modbus RTU Master or Slave communication 1 3600 ft 1097 m 1 1 RS485 2 non isolated BACnet MS TP Panel Bus or Modbus RTU Master ...

Page 9: ...D red indicates an active alarm is controlled by Niagara Alarm System is configurable 1 1 LED L1 yellow lit Daemon starting flashing station starting if L2 is also flashing then the station has started 1 1 LED L2 yellow lit platform has started is reachable flashing station has started is reachable 1 1 Bus status LEDs for isolated RS485 1 interface 2 2 1 Depending upon bit rate However in the case...

Page 10: ...nterface connections which allow connection to external systems e g BACnet controllers Via the IF LON External Interface the CIPer Model 50 can also communicate with LONWORKS systems including Honeywell LONWORKS I O Modules For details about system architecture refer WEBs N4 System Architecture 01 00074 Auxiliary parts see section Additional Parts Pg 44 enable special features Figure 1 WEBs N4 ext...

Page 11: ...h power from a dedicated transformer However if the CIPer Model 50 controller is to be supplied by the same transformer powering other controllers or devices e g the PW M Bus Adapter care must be taken to ensure that correct polarity is observed Observe the rules regarding electrostatic discharge Figure 2 Top view with HMI and full complement of onboard I Os Figure 3 Side view 24V 0 24V 1 7 8 2 9 ...

Page 12: ... TP Panel Bus Modbus RTU communication etc 7 LEDs 8 USB 2 0 Device Interface for connection to WEBs N4 web browsers and 3rd party touch panels 9 HMI or RJ45 socket for connection of portable HMI Modbus RTU Master Slave communication is possible on the two RS485 interfaces WARNING Risk of electric shock or equipment damage It is prohibited to connect any of the RJ45 sockets of the CIPer Model 50 co...

Page 13: ...ing Port Name will appear as shown in Figure 5 Figure 5 Configuring the RS232 Interface in WEBs N4 USB 2 0 Host Interface Via its USB 2 0 Host interface the CIPer Model 50 controller can be connected to e g the IF LON2 External Interface Adapter and thus to LONWORKS networks Max 200 mA high speed See also section LonWorks Communications Figure 6 USB 2 0 Host interface END BIAS MID USB 2 0 HOST INT...

Page 14: ...standard USB type B connector can be inserted into this USB 2 0 Device Interface This USB 2 0 Device Interface is the recommended interface for connection to WEBs N4 Ethernet RJ45 Sockets The CIPer Model 50 controller is equipped with two Ethernet RJ45 sockets each featuring two LEDs Figure 8 Ethernet RJ45 sockets The two Ethernet RJ45 sockets are 10 100 Mbit s Ethernet interfaces permitting commu...

Page 15: ... this scenario one of the two Ethernet interfaces is deactivated using WEBs N4 see section Disabling an Ethernet Interface below The deactivated Ethernet interface will now function in the loop through daisy chain mode and can therefore be used to continue the data line The following limitations apply 1 Only daisy chain configurations are allowed 2 A maximum of five Ethernet capable devices includ...

Page 16: ...g gateway address disabling one of the two Ethernet interfaces in WEBs N4 WEB EHSERIES NX 1 max 100 m WEB EHSERIESNX 2 WEB EHSERIESNX 3 TO ACTIVATED ETHERNET SOCKET OF DEVICE 4 TO DEACTIVATED ETHERNET SOCKET OF DEVICE 1 max 100 m max 100 m max 100 m SWITCH FUNCTIONALITY max 100 m max 100 m max 100 m CAT5 CABLE WEB EHSERIES NX 2 WEB EHSERIES NX 4 WEB EHSERIES NX 3 WEB EHSERIES NX 5 ETHERNET RJ45 SO...

Page 17: ...s also flashing then the station has started L2 Yellow Lit platform has started is reachable flashing station has started is reachable Tx Yellow RS485 1 status LED indicating transmission of communication signals Rx Yellow RS485 1 status LED indicating reception of communication signals Red Indicates an active alarm is controlled by WEBs Alarm System is configurable Green Power LED See also sectio...

Page 18: ... additional 150Ω termination resistor position END Figure 14 RS485 1 three position slide switch The recommended slide switch setting depends upon the location and usage of the given CIPer Model 50 see Figure 15 through Figure 17 and Table 5 it also depends upon the selected communication protocol BACnet MS TP Panel Bus or Modbus RTU Master communication respectively Table 5 Recommended slide swit...

Page 19: ...END in which case the terminals of the RS485 1 bus 24 25 and 26 have no such protection Higher voltages may damage the device According to BACnet standards a minimum of one and a maximum of two BACnet devices must have its their bias resistors switched ON In the case of the RS485 1 interface of the CIPer Model 50 setting its slide switch to either BIAS or END fulfills this requirement 47 kOHM 47 k...

Page 20: ...und wire However the laws of physics still require that a solid ground connection be provided for in order to ensure error free communication between drivers and receivers unless all of the devices are electrically isolated and no earth grounding exists IMPORTANT In the case of new CIPer Model 50 controller installations we strongly recommend using a separate signal ground wire Doing otherwise may...

Page 21: ...s to avoid communication problems of the physical layer Figure 20 Prohibited Modbus wiring topology example Cables See also section EIA 485 Cable Specifications Use shielded twisted pair cable 3322 or 3251 You must use three wires One wire for D1 Modbus One wire for D0 Modbus One wire for the signal common When using one pair for D1 and D0 and one wire of another pair for the signal common CAT5 ca...

Page 22: ... As per the Modbus standard the CIPer Model 50 controller is a conditionally compliant regular Modbus device The CIPer Model 50 controller differs from an unconditionally compliant regular Modbus device in that it does not support communication rates of 1 2 2 4 and 4 8 kbps because these communication rates are not market relevant Physical Layer 2 wire serial line RS485 EIA 485 with additional com...

Page 23: ...ings see step 6 below When the CIPer Model 50 controller application or status is unknown Solution The controller can be reset to the factory defaults see step 7 below Before proceeding see section Procedure below you must first connect the RS232 interface of the CIPer Model 50 controller and the PC on which PuTTY is running using the following two cables connected end to end TECHTOO USB 3 0 and Y...

Page 24: ...P address and or configure further network settings press 1 RESULT You will be asked to enter your username Enter the username and press Enter RESULT You will be asked to enter your password Enter the password and press Enter RESULT The Main menu displays Press 1 in the Main menu RESULT The Network Setup displays ...

Page 25: ... menu ATTENTION Resetting the controller to its factory defaults will result in the following The station will be deleted The platform credentials will be deleted The IP settings will be reset to the factory defaults see section Default IP Addresses of Ethernet Interfaces 1 and 2 RECOMMENDATION Before leaving closing the terminal program go to Network Setup and enter the desired IP settings Reset ...

Page 26: ...er to use webserver functions the http and https standard port settings must be changed as follows http standard port 80 to 8080 https standard port 443 to 8443 After the changes are done the controller is reachable via both pairs of ports i e via the old standard ports and via the newly set ports Procedure 1 In the WEBs N4 Nav tree expand the Services folder and then double click WebService RESUL...

Page 27: ...STALLATION AND COMMISSIONING INSTRUCTIONS 27 31 00233 02 Expand the Http Port and Https Port options Change Http Port to 8080 and the Https Port to 8443 Click the Save button at the bottom RESULT The changed port settings are saved ...

Page 28: ...s Open WEBs N4 go to the Platform Platform Administration and check the version of the Niagara Runtime installed in the CIPer Model 50 Firmware updates may be available on the Honeywell Buildings Forum and the firmware upgrade procedure will be available with the firmware updates If there are any queries on Firmware updates please reach out to your WEBs technical support ...

Page 29: ...Per Model 50 Mounting Instructions 31 00234 Dimensions Figure 21 CIPer Model 50 controller w o HMI but with RJ45 socket for connection of portable HMI and with full complement of onboard I Os dimensions in inches mm Figure 22 CIPer Model 50 controller with covers dimensions in inches mm NOTE Use of the covers MVC 80 AC1 obstructs access to the Ethernet and USB 2 0 Host Interfaces and RS232 socket ...

Page 30: ...tric shock or equipment damage Observe precautions for handling electrostatic sensitive devices Do not touch any live parts in the cabinet Do not open the controller housing Disconnect the power supply before making connections to or removing connections from terminals of the CIPer Model 50 controller and devices wired to it Do not use spare terminals as wiring support points To prevent risk of in...

Page 31: ...ipping length 0 4 0 04 10 0 1 0 mm Terminal Assignment Table 8 Terminal assignment Terminal no Signal Description WEB EHSERIESNX26XX 1 24V 0 Supply voltage GND int connected with term 31 and system GND term 19 37 X 2 24V supply voltage 24V X 3 4 Not used 5 BO1 Binary output 1 N O relay contact switching input power connected to terminal 8 X 6 BO2 Binary output 2 N O relay contact switching input p...

Page 32: ... BI2 Binary input 2 static dry contact pulse counter fast totalizer X 35 BI3 Binary input 3 static dry contact pulse counter fast totalizer X 36 BI4 Binary input 4 static dry contact pulse counter fast totalizer X 37 GND Ground terminal see NOTE below X 38 UI9 Universal input 9 for NTC10kΩ NTC20kΩ 0 10 V slow BI X 39 UI10 Universal input 10 for NTC10kΩ NTC20kΩ 0 10 V slow BI X 40 UI1 Universal inp...

Page 33: ...able 2 NOTE Due to the risk of short circuiting see Figure 24 it is strongly recommended that the CIPer Model 50 controller be supplied with power from a dedicated transformer However if the CIPer Model 50 controller is to be supplied by the same transformer powering other controllers or devices e g the PW M Bus Adapter care must be taken to ensure that correct polarity is observed Figure 24 Incor...

Page 34: ...1450 7287 Primary side Secondary side 001 120 VAC 24 VAC 50 VA 002 120 VAC 2 x 24 VAC 40 VA 100 VA from separate transformer 003 120 VAC 24 VAC 100 VA 24 VDC 600 mA 004 240 220 VAC 24 VAC 50 VA 005 240 220 VAC 2 x 24 VAC 40 VA 100 VA from separate transformer 006 240 220 VAC 24 VAC 100 VA 24 VDC 600 mA Table 10 Overview of CRT Series AC DC current Transformer Primary side Max AC current Max DC cur...

Page 35: ...es in order to prevent signal disturbances on the 0 10 V sensor cables See also section Addressing Panel Bus I O Modules on page 301 Powering Field Devices and Panel Bus I O Module via Separate Transformers 24V actuator connected to an analog output module Field device located 100 400 m from the analog output module Figure 26 Power supply via a separate transformer Powering Field Devices via Panel...

Page 36: ...ances on the 0 10 V sensor cables WEB EHSERIESNX26X BO1 BO2 BO3 IN IN4 BO4 BO5 IN5 IN6 BO6 BO7 IN7 IN8 BO8 5 6 7 8 9 10 11 12 13 14 15 16 17 18 AO3 22 AO2 21 AO1 20 GND 19 AO4 23 GND1 GND2 485 1 485 2 485 1 485 2 n a n a n a BI1 BI2 BI3 BI4 UI1 UI9 UI10 UI2 UI3 UI4 UI5 UI6 UI7 24 25 26 27 28 29 30 31 32 33 34 35 36 38 39 40 41 42 43 44 45 46 UI8 47 GND 37 37 GND 37 GND 37 GND 37 GND 1 1 2 2 24V 0 ...

Page 37: ... EHSERIESNX26XX is equipped with ten universal inputs UIs configurable in WEBs N4 For information on the accuracy of the sensor inputs their differential measurement error the characteristics BO1 BO2 BO3 IN IN4 BO4 BO5 IN5 IN6 BO6 BO7 IN7 IN8 BO8 3 5 6 7 8 9 10 11 12 13 14 15 16 17 18 n a 4 AO3 22 AO2 21 AO1 20 GND 19 AO4 23 GND1 GND2 485 1 485 2 485 1 485 2 n a n a n a BI1 BI2 BI3 BI4 UI1 UI9 UI1...

Page 38: ... UI1 UI8 0 10VDC w o pull up resistor UI1 UI8 2 10VDC w o pull up resistor Current input UI1 UI10 0 10VDC w o pull up resistor external 499Ω resistor required to measure 0 20mA UI1 UI8 2 10VDC w o pull up resistor external 499Ω resistor required to measure 4 20 mA Supported sensor types NTC10kΩ Type II 22 212 F 30 100 C NTC20kΩ Type II 58 302 F 50 150 C Slow binary input static dry contact 0 4 Hz ...

Page 39: ...es if a logical 1 or a logical 0 is detected for a closed contact This is done by selecting in WEBs N4 one of the following options Normal default Closed external contact state 1 Open external contact state 0 Reverse Closed external contact state 0 Open external contact state 1 Pulse Counter Specifications Using WEBs N4 the universal inputs of the CIPer Model 50 can be configured as pulse counters...

Page 40: ...AC Binary Inputs Pulse Counters The WEB EHSERIESNX26XX is equipped with four binary inputs static dry contact inputs pulse counters fast totalizers Table 14 Specifications of BIs Criteria Value Input type Binary input static dry contact pulse counter fast totalizer Current rating closed input 2 mA Open contact voltage 24 VDC Protection Against short circuiting 24 VAC Binary Input Specifications Th...

Page 41: ...nputs of the CIPer Model 50 can be configured as pulse counters fast totalizers for operation in conjunction with devices equipped with an open collector output If the duty cycle is 50 50 the pulse counter supports up to 15 Hz Counting is done on the rising edge Table 15 BIs of CIPer Model 50 configured as fast totalizers Frequency max 15Hz Pulse ON min 25ms Pulse OFF min 25ms Bounce max 5ms Figur...

Page 42: ...n WEBs N4 one of the following options normal default state 1 relay contact is closed state 0 relay contact is opened reverse state 0 relay contact is closed state 1 relay contact is opened Table 16 Relay specifications of the CIPer Model 50 Block 1 Block 2 BO1 3 BO4 BO5 8 Contact volt AC 5 253 V 5 253 V 5 253 V Contact volt DC 5 30 V 20 30 V 5 30 V Max contact current AC resistive 3 A 10 A 3 A Ma...

Page 43: ...interface 2 192 168 201 20 In any case your PC s IP address must match the CIPer Model 50 controller s default IP address subnet 255 255 255 0 Behavior of Outputs during Download Table 17 Behavior of outputs during firmware download application download Analog binary and floating outputs Output behavior during firmware download Output behavior during application download Outputs of Panel I O modul...

Page 44: ...esistor for converting 0 20 mA signals into 0 10 VDC signals and one push in ground terminal per group TPU 11 01 Removable terminal plugs push in type complete set of 3 plugs for terminals 1 2 24 32 for the WEB EHSERIESNX26 TPU 45 01 Removable terminal plugs push in type complete set of 9 plugs for terminals 1 47 for the WEB EHSERIESNX26 MVC 80 AC1 Terminal cover color RAL9011 package of ten MVC 8...

Page 45: ... bus on board I O 10 Analytics Points WEBS N4 Software Maintenance Agreement WEB EHSERIESNX26D EHSERIESH255UP 255 Additional Panel bus Expansion I O Points PIN Dev UP 1 50 open points upgrade 1 Device PIN Dev UP 2 100 open points 2 Devices PIN Dev UP 10 500 open points 10 Devices PIN Dev UP 25 1250 open points 25 Devices PIN Dev UP 50 2500 open points 50 Devices NOTE For more details on the licens...

Page 46: ...elephone cable and daisy chain topology The CIPer Model 50 must be positioned at one end of the Panel Bus and an end termination 120 Ω at the other end Further the three position slide switch see Figure 14 must be set to END RS485 2 non isolated Max Panel Bus length o 1200 feet Any type of cabling and topology including star and loop topology possible No additional end termination permitted o 3600...

Page 47: ...nds Connecting CIPer Model 50 via its RS485 1 Interface to a Panel Bus NOTE When connecting an CIPer Model 50 via its RS485 1 to a Panel Bus I it is recommended that the slide switch be set to END Figure 35 Connecting an CIPer Model 50 controller via its RS485 1 interface to a Panel Bus single transformer Figure 36 Connecting an CIPer Model 50 controller via its RS485 1 interface to a Panel Bus tw...

Page 48: ...0233 02 48 Connecting CIPer Model 50 via its RS485 2 Interface to a Panel Bus Figure 37 Connecting an CIPer Model 50 controller via its RS485 2 interface to a Panel Bus single transformer Figure 38 Connecting an CIPer Model 50 controller via its RS485 2 interface to a Panel Bus ...

Page 49: ...gital Output modules etc may be assigned the same address See also Figure 40 Figure 40 HEX switch setting and corresponding address Failing to observe this requirement will cause a Fail date timeout error message to appear in the Health column and the device status down to appear in the Status column This same error message will likewise appear if an address is assigned to a module with which the ...

Page 50: ... shields are acceptable Characteristic impedance 100 130 Ω Distributed capacitance between conductors Less than 100 pF per meter 30 pF per foot Distributed capacitance between conductors and shield Less than 200 pF per meter 60 pF per foot The following cables fulfill this requirement AWG 18 shielded twisted pair cable 3322 or 3251 CAT 5 6 7 cable use only one single pair for one bus Belden 9842 o...

Page 51: ... the standard polling interval in Poll Scheduler of Property Sheet of PanelbusNetwork You can assign different poll intervals to individual points in the Panel Bus Point Discovery Dialog see Figure 42 Figure 42 Assigning different poll intervals to individual points in the Panel Bus Point Discovery Dialog ...

Page 52: ...es see section Powering Panel Bus I O Models and Field Devices Routing Cables to Field Devices Route low voltage signal and output cables to field devices separately from mains cables Table 23 Minimum distances to power mains cables Cable Minimum Distance shielded 0 4 10 mm unshielded 4 100 mm All low voltage signal and output cables should be regarded as communication circuits in accordance with ...

Page 53: ...s 76 mm between such cables Local wiring codes may take precedence over this recommendation Try to avoid installing in areas of high electromagnetic noise EMI Cable Types The unit must be wired to the LONWORKS network using either Level IV 22 AWG Belden part number 9D220150 or Plenum rated level IV 22 AWG Belden part number 9H2201504 non shielded twisted pair solid conductor wire When possible use...

Page 54: ...le is available LONWORKS connection termination module mountable on DIN rails and in fuse boxes order no XAL Term2 Figure 44 LONWORKS connection and termination module LONWORKS TERMINATION PLUG IN JUMPER FTT LPT FREE TOPOLOGY 52 3 OHM 100 μ 100 μ 52 3 Ohm 1 2 FTT LPT BUS TOPOLOGY 105 OHM 100 μ 100 μ 105 Ohm 1 2 1 5 2 3 4 6 3 1 5 6 2 4 REMOVABLE SCREW TYPE 2 POLE TERMINAL BLOCK FTT LPT BUS FTT LPT ...

Page 55: ...et 115 2 kbps see also section RS485 Standard Use only shielded twisted pair cable and daisy chain topology Ground noise should not exceed the EIA 485 common mode voltage limit Must conform to EIA RS485 cabling guidelines Should not extend beyond a single building Connecting CIPer Model 50 via RS485 1 Interface to a BACnet MS TP Bus NOTE For Figure 45a and Figure 47 please note the following Alway...

Page 56: ...o a BACnet MS TP Bus Example 3 Multiple CIPer Model 50 Controllers and Connected BACnet Modules with inserted termination resistor Figure 47 Connection of multiple CIPer Model 50 controllers via their RS485 1 interfaces to a BACnet MS TP Bus The termination resistor must be inserted directly into the terminals of the last BACnet MS TP module in this example that is the rightmost CIPer Model 50 the...

Page 57: ...ection RS485 Standard Between devices equipped with non isolated RS485 bus interfaces potential differences of max 7 V are allowed Further this bus should not extend beyond a single building Example 1 Single CIPer Model 50 Controller and Connected BACnet Modules with inserted termination resistor Figure 48 Connection of a single CIPer Model 50 controller via its RS485 2 interface to a BACnet MS TP...

Page 58: ...s length 3600 feet 9 6 78 8 kbps or 2400 feet 115 2 kbps see also section RS485 Standard Use only shielded twisted pair cable and daisy chain topology Ground noise should not exceed the EIA 485 common mode voltage limit Must conform to EIA RS485 cabling guidelines see section EIA 485 Cable Specifications Should not extend beyond a single building Max no of Modbus devices per CIPer Model 50 RS485 i...

Page 59: ...7 the insertion of the aforementioned termination resistor is then unnecessary and any CIPer Model 50 Modbus RTU slaves positioned elsewhere on the Modbus must have their 3 position slide switch set to Mid see Figure 15 Connecting CIPer Model 50 via RS485 2 Interface to a Modbus With regards to Figure 51 Connection of an CIPer Model 50 Modbus master controller via its RS485 2 interface to a Modbus...

Page 60: ...odel 50 Modbus master controller via its RS485 2 interface to a Modbus with slaves The termination resistor must be inserted directly into the terminals of the last Modbus slave NOTE In this example a maximum of one of the Modbus RTU slaves can be an CIPer Model 50 Modbus RTU slave which must then be positioned at the end of the Modbus as Modbus Module N the insertion of the aforementioned termina...

Page 61: ...Maximum cable capacitance of 180 nF For bus length extension M Bus repeaters can be used but have not been tested by Honeywell Hence it is the responsibility of the installing commissioning personnel to ensure proper functioning Wiring Topology M Bus meters are connected to the bus cable in parallel Figure 52 Allowed M Bus wiring topology Cabling CIPer Model 50 to PW3 PW20 PW60 Use the TECHTOO USB...

Page 62: ...Figure 54 YIOVVOM DB9 Breakout Connector power communication cable details Cabling PW3 PW20 PW60 to M Bus Use shielded twisted pair cable 322 or 3251 Shielding is especially recommended when the M Bus cable is installed in areas with expected or actual electromagnetic noise Avoiding such areas is to be preferred Connect the shield to a noise free earth ground only once per M Bus connection Power t...

Page 63: ...iver into the slot in the DIN rail clamp on the underside of the PW and pry downward to loosen clamp until the unit snaps onto the rail Figure 55 Mounting of PW PW3 shown here 2 Connect the M Bus devices to the PW M Bus Adapter All M and M terminals are connected in parallel in the PW M Bus Adapter Figure 56 PW M Bus adapter connections 3 Connect the PW M Bus Adapter to the RS232 RJ45 socket of th...

Page 64: ...on Tx on your host laptop must go to Rx on the CIPer50 Tx on the CIPer50 must connect to Rx on your host so your Wire PIN 2 PIN 3 and PIN 3 PIN 2 At the RS 232 DB 9 female connection Orange DB 9 pin 3 White Green DB 9 Pin 2 White Blue DB 9 Pin 5 NOTE TECHTOO USB 3 0 to Serial Adapter USB RS232 Cable USB Serial Cable Converter DB9 USB 10ft with FTDI Chipset Gold Plated for Win10 8 1 8 7 Vista XP 20...

Page 65: ...ower from a dedicated transformer However if the CIPer Model 50 controller is to be supplied by the same transformer powering other controllers or devices e g the PW M Bus Adapter care must be taken to ensure that correct polarity is observed Figure 58 Connecting power to the PW M Bus adapter WEB EHSERIESNX26D Other Devices Other Devices Other Devices Other Devices WEB EHSERIESNX26D PoE ENABLED DE...

Page 66: ...on No of modules No of hardware I O points Points in PX pages Freq of value changes Histories enabled CPU usage Test result Panel Bus via RS485 1 46 A 491 491 B 2 sec poll rate 30 occasionally 50 OK for non critical applications C BACnet MS TP via RS485 2 13 559 559 D 2 sec COV 500 A 9x 821A 9x 822A 9x 823A 9x 824 5x 825 5x 830A B Four 4 PX pages AI AO BI and BO points each in a dedicated PX page ...

Page 67: ...28 CIPer Model 50 controller power LED Case Power LED Meaning Remedy 1 ON Normal operation No action necessary 2 OFF Power supply not OK Check power supply voltage Check wiring If problem persists replace hardware Status LED red of CIPer Model 50 Table 29 CIPer Model 50 controller status LED Case Status LED Meaning Remedy 1 OFF after power up Normal operation No action necessary 2 ON continuously ...

Page 68: ...ssary 2 Flashes constantly Station starting if L2 is also flashing then the station has started No action necessary 3 OFF Severe software problems Contact TAC L2 LED Table 31 CIPer Model 50 controller bus L2 LED Case Bus LED Meaning Remedy 1 ON continuously after power up Platform has started is reachable No action necessary 2 OFF Station is not running Start station enable auto start Contact TAC ...

Page 69: ...F Communication on RS485 1 has been switched OFF but the CIPer Model 50 is receiving data from other controllers Switch ON communication on RS485 1 If this proves unsuccessful the hardware may be defective 4 Tx is flashing and Rx is OFF The CIPer Model 50 controller is attempting to establish communication on RS485 1 but there is no answer The communication rate kbps on RS485 1 has not been correc...

Page 70: ...prevent unexpected start up of connected rotating moving machines due to an insulation fault and double earth grounding somewhere in the plant In order to fulfill PELV if earth grounding is prohibited the use of an earth leakage monitor is also possible When is EN60204 1 applicable to CIPer Model 50 Systems Safety against electrical impact EN60204 1 is not mandatory this is because electrical safe...

Page 71: ...must always be connected with 24V of the CPU Depending upon the individual CPU the numbering of the corresponding two terminals may possibly deviate from the norm which is usually terminal 1 24V 0 and terminal 2 24V In the following example CPU 3 has a deviating numbering and must be connected accordingly NOTE When using a single transformer for several CPUs each CPU ground must be wired separatel...

Page 72: ...onnect earth ground to the proper terminal of the CPU Figure 60 Connecting and earthing multiple CPUs 24 V 24 V 0 LINE L N CPU 1 CPU 2 CPU 3 CPU N NOISE FREE EARTH GROUND ONLY ONE PER SYSTEM 2 2 2 2 1 1 1 1 24V 24V 24V 24V 24V 0 24V 0 24V 0 24V 0 GND FIELD DEVICE 24 V Y DEVIATING NUMBERING ...

Page 73: ...ization only This table does not include the characteristics of the sensors themselves see section Sensor Characteristics below If a different sensor or sensor accuracy is required one may instead use the inputs of e g a connected Panel I O module Recognition of Sensor Failure of Sensor Inputs The thresholds at which sensor failures i e sensor breaks SB and short circuits SC are recognized depends...

Page 74: ...emp C Resistance Terminal voltage V Temp F Temp C Resistance Terminal voltage V 58 50 1659 8 78 122 50 6 72 2 07 56 2 49 1541 8 77 123 8 51 6 45 2 01 54 4 48 1432 8 76 125 6 52 6 19 1 94 52 6 47 1331 8 75 127 4 53 5 95 1 88 50 8 46 1239 8 74 129 2 54 5 72 1 82 49 45 1153 8 72 131 55 5 49 1 77 47 2 44 1073 8 71 132 8 56 5 28 1 71 45 4 43 1000 8 7 134 6 57 5 08 1 66 43 6 42 932 8 69 136 4 58 4 88 1 ...

Page 75: ...204 8 96 1 27 0 481 26 6 3 82 6 7 01 206 6 97 1 23 0 466 28 4 2 78 2 6 93 208 4 98 1 19 0 452 30 2 1 74 1 6 85 210 2 99 1 15 0 439 32 0 70 2 6 76 212 100 1 11 0 425 33 8 1 66 5 6 67 213 8 101 1 08 0 413 35 6 2 63 6 58 215 6 102 1 05 0 401 37 4 3 59 8 6 49 217 4 103 1 01 0 389 39 2 4 56 7 6 4 219 2 104 0 98 0 378 41 5 53 8 6 3 221 105 0 95 0 367 42 8 6 51 1 6 2 222 8 106 0 92 0 356 44 6 7 48 5 6 1 ...

Page 76: ...2 14 5 3 52 269 6 132 0 43 0 171 91 4 33 13 9 3 43 271 4 133 0 42 0 167 93 2 34 13 3 3 33 273 2 134 0 41 0 162 95 35 12 7 3 24 275 135 0 4 0 158 96 8 36 12 1 3 15 276 8 136 0 39 0 154 98 6 37 11 6 3 06 278 6 137 0 38 0 15 100 4 38 11 1 2 97 280 4 138 0 37 0 146 102 2 39 10 7 2 89 282 2 139 0 36 0 142 104 40 10 2 2 81 284 140 0 35 0 139 105 8 41 9 78 2 72 285 8 141 0 34 0 135 107 6 42 9 37 2 64 287...

Page 77: ...4 202 1 418 1 4 17 81 667 6 996 116 6 47 4 042 1 373 3 2 16 77 161 6 91 118 4 48 3 889 1 329 5 15 72 932 6 821 120 2 49 3 743 1 286 6 8 14 68 962 6 731 122 50 3 603 1 244 8 6 13 65 231 6 639 123 8 51 3 469 1 204 10 4 12 61 723 6 545 125 6 52 3 34 1 166 12 2 11 58 424 6 448 127 4 53 3 217 1 128 14 10 55 321 6 351 129 2 54 3 099 1 092 15 8 9 52 399 6 251 131 55 2 986 1 057 17 6 8 49 648 6 15 132 8 5...

Page 78: ... 319 3 492 177 8 81 1 218 0 464 64 4 18 13 678 3 396 179 6 82 1 179 0 45 66 2 19 13 068 3 3 181 4 83 1 142 0 436 68 20 12 49 3 207 183 2 84 1 107 0 423 69 8 21 11 94 3 115 185 85 1 072 0 411 71 6 22 11 418 3 025 186 8 86 1 039 0 399 73 4 23 10 921 2 937 188 6 87 1 007 0 387 75 2 24 10 449 2 85 190 4 88 0 976 0 375 77 25 10 2 767 192 2 89 0 947 0 365 78 8 26 9 572 2 684 194 90 0 918 0 354 80 6 27 9...

Page 79: ...0 1112 4 1118 1 1123 9 1129 7 1135 48 1141 29 1147 12 1152 96 1158 81 1164 68 86 30 1170 6 1176 5 1182 4 1188 3 1194 21 1200 16 1206 13 1212 1 1218 09 1224 09 104 40 1230 1 1236 1 1242 2 1248 3 1254 32 1260 41 1266 51 1272 62 1278 75 1284 89 122 50 1291 1 1297 2 1303 4 1309 6 1315 82 1322 05 1328 29 1334 55 1340 82 1347 1 140 60 1353 4 1359 7 1366 1 1372 4 1378 75 1385 12 1391 51 1397 91 1404 33 1...

Page 80: ...099 96 1104 62 1135 48 1113 99 1118 7 1123 41 1128 13 1132 87 86 30 1137 62 1142 37 1147 14 1151 92 1194 21 1161 52 1166 34 1171 16 1176 1180 85 104 40 1185 71 1190 59 1195 47 1200 37 1254 32 1210 2 1215 13 1220 07 1225 03 1230 122 50 1234 98 1239 97 1244 97 1249 99 1315 82 1260 06 1265 11 1270 18 1275 25 1280 34 140 60 1285 45 1290 56 1295 69 1300 83 1378 75 1311 14 1316 32 1321 51 1326 71 1331 9...

Page 81: ... 27 188 6 87 641 83 13 0 25 0 406 09 190 4 88 644 22 11 2 24 0 407 91 192 2 89 646 62 9 4 23 0 409 74 194 0 90 649 02 7 6 22 0 411 57 195 8 91 651 43 5 8 21 0 413 41 197 6 92 653 84 4 0 20 0 415 25 199 4 93 656 26 2 2 19 0 417 10 201 2 94 658 68 0 4 18 0 418 95 203 0 95 661 11 1 4 17 0 420 81 204 8 96 663 54 3 2 16 0 422 68 206 6 97 665 98 5 0 15 0 424 54 208 4 98 668 42 6 8 14 0 426 42 210 2 99 6...

Page 82: ... 738 88 57 2 14 480 94 260 6 127 741 47 59 0 15 482 96 262 4 128 744 06 60 8 16 484 99 264 2 129 746 66 62 6 17 487 02 266 0 130 749 27 64 4 18 489 06 267 8 131 751 88 66 2 19 491 1 269 6 132 754 49 68 0 20 493 15 271 4 133 757 11 69 8 21 495 2 273 2 134 759 74 71 6 22 497 25 275 0 135 762 37 73 4 23 499 32 276 8 136 765 75 2 24 501 38 278 6 137 767 64 77 0 25 503 45 280 4 138 770 29 78 8 26 505 5...

Page 83: ...2 24 905 6 167 75 1289 9 9 4 23 909 8 168 8 76 1293 7 7 6 22 913 7 170 6 77 1297 5 5 8 21 917 7 172 4 78 1301 3 4 20 921 6 174 2 79 1305 2 2 2 19 925 5 176 80 1309 0 4 18 929 9 177 8 81 1312 8 1 4 17 933 4 179 6 82 1316 6 3 2 16 937 3 181 4 83 1320 4 5 15 941 3 183 2 84 1324 2 6 8 14 945 2 185 85 1328 8 6 13 949 1 186 8 86 1331 8 10 4 12 953 188 6 87 1335 7 12 2 11 956 9 190 4 88 1339 5 14 10 960 ...

Page 84: ...479 5 80 6 27 1105 1 258 8 126 1483 3 82 4 28 1109 260 6 127 1487 84 2 29 1112 9 262 4 128 1490 8 86 30 1116 7 264 2 129 1494 6 87 8 31 1120 6 266 130 1498 3 89 6 32 1124 5 267 8 131 1502 1 91 4 33 1128 4 269 6 132 1505 6 93 2 34 1132 2 271 4 133 1509 6 95 35 1136 1 273 2 134 1513 3 96 8 36 1140 275 135 1517 1 98 6 37 1143 8 276 8 136 1520 9 100 4 38 1147 7 278 6 137 1524 6 102 2 39 1151 6 280 4 1...

Page 85: ...41 Panel Bus connection 30 1 multiple rails single transformer 31 32 via RS485 1 8 via RS485 2 8 power supply failure indication 45 power supply field devices cable specifications 34 via I O module 20 21 power supply Panel Bus I Os cable specifications 33 RS232 RJ45 socket 6 7 42 safety electrical safety as per EN60204 1 47 general safety information 2 20 PELV 47 SELV 47 safety values positions sa...

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