TERMS &CODITIONS FOR CAMC OF DDC SYSTEMS



SPECIFICATIONS, TERMS & CONDITIONS FOR

CAMC OF A/C PLANT CONTROL SYSTEMS

Scope of work:

The proposed contract is for Comprehensive Annual Maintenance of the A/C plant control systems, available at FLP and SLP facilities located at SDSC SHAR, Sriharikota. The A/C plant control systems consists of programmable controllers, Hot standby Programmable logic controllers (PLC), interface communication cards (XD505, XPC-500), Controller software, EBI servers, EBI operator stations, Building Network Adapters (BNA), etc all are of Honeywell make and temperature, humidity, differential pressure and water level sensors, interface elements (Relays, Converters, Isolators), Fiber Optic (FO) converters, FO patch cords, network switches and network elements of various makes on comprehensive basis as per the following scope of work and terms & conditions.

Detailed scope of work:

1. The present contract is for comprehensive maintenance of the A/C plant control systems and related instrumentation systems including preventive maintenance, breakdown maintenance, repair and chain calibration of the A/C plant control systems components. Consolidated list of items to be covered under CAMC are given in Annexure – 1. Facility-wise details of control elements, field elements and network elements at FLP complex are given in Annexure – 2, and that of SLP are given in Annexure – 3.

2. Regular Health monitoring of all the facilities mentioned in the Annexure – 2 & Annexure – 3, which includes control elements, Field elements and network elements.

3. Functional checks and chain calibration of Temperature, RH, Level, Pressure, 3 way mixing valves & Flow Transmitters, flow switches, Pressure switches & Relays in the respective facilities mentioned as per the Annexure – 2 & Annexure – 3 as part of preventive maintenance in section 6.

4. Maintenance of EBI servers (Windows2012 server software on DELL Xeon server) and client systems (DELL i7 based PCs) of EBI SCADA as per the quantity mentioned in Annexure – 1 as part of software, preventive and breakdown maintenance.

5. Software maintenance:

1. Maintenance of A/C plant control system application software developed using Honeywell Softmaster PLC programming language on Honeywell ML200-R hot stand by PLC. The party shall be able to do software changes to this application software as part of preventive or breakdown maintenance and field element/process plant changes.

2. Maintenance of Honeywell EBI 500R SCADA server and client software, which includes adding tags and assignment of tags with Honeywell PLC. Maintenance of EBI server (Windows2012 server software on DELL Xeon server) and client systems (DELL i7 based PCs) of EBI SCADA. The party shall be able to do software changes to this application software as part of preventive or breakdown maintenance. EBI server and client systems consists of 11000 I/O points for the facilities mentioned in the Annexure – 2 & 3.

3. Maintenance of controller software of Honeywell IPC Controllers developed using ComfortPoint studio for the respective facilities as per the Annexure – 2 & Annexure – 3. The party shall be able to do software changes to this application software as part of preventive or breakdown maintenance.

4. Maintenance of Honeywell CARE Software for Honeywell XL50/XL100/XL500 Controllers for the respective facilities mentioned as per the Annexure – 2 & Annexure – 3. Valid CARE Software license should be available with the party. The party shall be able to do software changes to this application software as part of preventive or breakdown maintenance.

6. Preventive maintenance:

1. Party shall carry out preventive maintenance for two times a year on half yearly basis from the date of acceptance of the order. The preventive maintenance shall be carried out for all the facilities as per the schedule mentioned in Table 1. It is to be carried out in the presence of the concerned Engineer–in–charge.

Table1: Preventive maintenance schedule

|S.no |Half year |Month number |Controllers/Facilities as per Annexure – 2 & 3 |

|1 | |Month1 |Controllers/Facilities A-H |

| |Half year 1 | | |

|2 | |Month2 |Controllers/Facilities I-O |

|3 | |Month3 |Controllers/Facilities P-S |

|4 | |Month1 |Controllers/Facilities A-H |

| |Half year 2 | | |

|5 | |Month2 |Controllers/Facilities I-O |

|6 | |Month3 |Controllers/Facilities P-S |

2. Preventive maintenance shall be carried out as per the approved maintenance procedures & check lists for the system & system components. A detailed logbook and checklist have to be maintained. A detailed preventive maintenance report has to be prepared for each half year and submitted to the engineer-in-charge of the department.

3. As part of preventive maintenance, the party shall perform the following tasks at each Controller/Facility.

a) Health check of all the controllers and PLCs, sensors, transmitters, valves, relays and network elements. In case of any abnormal/failure the items must be replaced with the same make items and the systems shall be brought to normal working condition.

b) All the cabling and contacts must be verified for any loose contacts, incase any abnormality it should be corrected.

c) Three-way mixing valves operation must be verified by giving simulated voltages. Chain calibration of three-way mixing valve actuators also shall be carried out.

d) Chain calibration of temperature, RH, level, differential pressure and flow sensors/transmitters. Verification of the sensors with calibrated gauges and effecting necessary corrections to the measurement chain.

e) Functional checking of Flow switches, Pressure switches, ON/OFF commands and Relays in the respective facilities mentioned as per the Annexure – 2 & Annexure – 3.

f) Network elements like Building Network Adaptors, ethernet switches, media converters, fiberoptic patching and terminations shall be checked for normal operation. In case of non-function, the necessary repair or replacement whichever is required shall be done to ensure normal operation.

Breakdown Maintenance

The Scope of CAMC includes unlimited breakdown calls.

7. During critical period, breakdown call from particular launch pad (FLP / SLP), the problem shall be attended immediately and system / subsystem shall be restored to normal working condition within 4 hours of problem reporting.

6 days before launch & launch day (total of 7 days) for that particular launch (FLP / SLP) shall be considered as critical period. In case of extension of launch date under any circumstances the critical period is extended till launch.

8. During non-critical period, breakdown call shall be attended and system / subsystem shall be restored to normal working condition within 2 working days.

9. Necessary Spares required for replacement of failed components has to be kept in stock by the party. Minimum stock of emergency, critical spares like PLC controllers, XL50/100/500 Controllers, IPC Controllers, Field elements, relays and consumables shall be maintained by the party.

10. A Logbook should be maintained by the party for the system and the details of servicing carried out, replacement done, etc. should be entered during each service and the same must be certified by the Engineer–in–charge.

11. The party must bring necessary Test equipment, Test jigs, system software etc. required at site for carrying out the maintenance.

12. The party should verify the operation of the entire A/C Plant control system components from the operator PC stations after every breakdown maintenance call.

Specific Terms & Conditions

13. At least two Resident Engineers should be positioned at SDSC SHAR for attending to CAMC related breakdown problems and maintenance. They shall be available on-site during office hours (from 0900 hrs to 1800 hrs) from Monday to Saturday. In case of need due to critical activities / problems, they shall be available on site beyond office hours, Sundays and on holidays.

14. In case of any critical Activity / critical problem occur, system specialist (Engineer) shall be deployed for attending the critical activity / solving the critical problem at SDSC SHAR.

15. During Launch critical period as mentioned above round the clock (24X7) standby support shall be provided by the party with resident engineers.

16. During Launch critical period as mentioned above one specialist engineer shall be deployed at SHAR in addition to the available resident engineers. A total of 4 launches are envisaged in one year of contract period.

General Terms and conditions:

17. The contractor or the party shall arrange their own transport arrangements from their Headquarters or Sullurupeta or Phase-2 (Sriharikota) to the respective facilities for resident engineers and no extra payment will be made for it. However, SDSC SHAR may provide accommodation, if available, on chargeable basis for the service personnel or resident engineers. The conveyance for the specialist service personnel will have to be arranged by the party. Facilities are located within 10km radius area inside SDSC SHAR, Sriharikota.

18. The comprehensive AMC is for a period of one year from the date of award of contract. The CAMC of one Lot mentioned in the price format shall mean 12 calendar months of comprehensive maintenance.

19. The contract can be extended by one more year on mutually agreeable basis.

20. As the tender is on two part bid basis, the parties shall submit their quotes in two separate bids; Part-I, Technical bid and Part-II, commercial/price bid.

21. Vendor Qualification criteria:

1. Minimum of 3 years of experience in handling M/s Honeywell make building management systems (BMS) that include Hot standby dual redundant PLCs, IP controllers, XL100, XL50 controllers, Building Network Adapter (BNA), Honeywell Enterprise building integrator software (EBI 500 or latest), SoftMaster (PLC programming software). Proof of the experience certificate shall be submitted along with the offer.

2. Party shall also have at least 3 years of experience in maintaining Fiber Optic Network and Dual ring management network in PLCs. The proof of experience certificate shall be submitted along with the offer.

3. Party shall have necessary certification and license key/dongle for programming the Honeywell XL-500 / 100 / 50 controllers, Honeywell PLCs and IPC controllers.

4. Party should have satisfactorily completed works with average annual turnover of Rs. 100 lakhs in the last 3 years with minimum PO value of Rs. 25 lakhs of similar work nature.

22. Payment terms

1. No advance payment will be made.

2. The CAMC of one Lot shall mean 12 calendar months of comprehensive maintenance. One month shall mean one full calendar month.

3. The payment shall be made on monthly basis subject to submission of the following:

a. Invoice for the particular calendar month.

b. Report of preventive maintenance carried out by the party for the invoice period shall be submitted to the engineer-in-charge every month.

c. Surveillance of all the systems and attending to the problems on day to day basis shall be satisfactory.

d. The service provider shall maintain daily log of service records including spares used and replaced. The daily log shall be certified by the engineer in-charge of the department for the payment.

23. Penalty Clause

1. For nonperformance/failure to provide required comprehensive maintenance service as per the detailed scope of work & terms and conditions of the service contract, the party shall be penalized at the rate of 0.5% of PO value or part thereof per one week of non-performance subject to a maximum of 10% of order value.

2. If service offered by the party is not satisfactory, SDSC SHAR reserves the right to foreclose the CAMC contract.

24. Price breakup

1. Apart from the lump sum offer, the party shall quote price breakup of individual components as per the following format.

| |Item description |Quantity |Unit Cost |Total cost |

| | | |Rs. In lakhs |Rs. In lakhs |

|1 |Regular CAMC basic cost |1 | | |

| | |(1 lot per year) | | |

|2 |Preventive Maintenance |2 | | |

| | |(Half yearly) | | |

|3 |Launch support for critical period by | | | |

| |Specialist engineer |4 | | |

| | |( Number of launches) | | |

|4 |Sub- Total | | | |

|5 |GST (@18%) | | | |

| |Grand TOTAL | | | |

2. The party shall clarify in technical bid, whether the price breakup of individual components as per the prescribed format in 24.1 is offered or not.

Annexure – 1

CONSOLIDATED LIST OF ITEMS TO BE COVERED UNDER CAMC AT SDSC SHAR

FIELD ELEMENTS:

|Sl# |Description |Total Quantity |

| | |(Nos) |

|1 |Temperature sensor |174 |

|2 |Rh transmitter |124 |

|3 |Water flow sensor |3 |

|4 |Water level switch |10 |

|5 |Air flow switch |47 |

|6 |Header Pressure sensor |20 |

|7 |Room pressure sensor |5 |

|8 |Diff. Pressure switch |1 |

|9 |Static Pressure transmitter |1 |

|10 |Relays |2230 |

CONTROL ELEMENTS:

|Sl# |Description |Total Quantity |

| | |(Nos) |

|1 |XL – 50 controller |56 |

|2 |XL – 100 controller |26 |

|3 |XL – 500 controller with all (AI, AO, DI, DO) modules |11 |

|4 |IPC Controllers |5 |

|5 |EXPIO Controllers |6 |

|6 |Hot Standby PLC ML200R |3 sets |

|7 |Remote I/Os with modules |28 |

|4 |Butterfly valve actuators |78 |

|5 |3 way motorized valve actuators |60 |

|6 |Damper actuator |48 |

NETWORK ELEMENTS:

|Sl# |Description |Total Quantity |

| | |(Nos) |

|1 |BNA |10 |

|2 |Industrial Ethernet switches with SFP modules |24 |

|3 |Industrial FO – Ethernet convertors |36 |

|4 |FO – RS485 convertors |38 |

|5 |FO Patch cords |1 lot |

|6 |UTP patch cords |1 lot |

SERVERS, CLIENTS & SOFTWARE:

|Sl# |Description |Total Quantity |

| | |(Nos) |

|1 |Servers (Rack mount & desktop) |3 |

|2 |Client stations |13 |

|3 |Enterprise Building integrator software, R500 |1 Lot |

Annexure – 2

LIST OF ITEMS TO BE COVERED UNDER CAMC OF A/C PLANTS CONTROL SYSTEMS AT FLP

Controller/Facility-wise I/O List at FLP complex

Controller/facility A:

List of subsystems and components:

|Sl# |Item description |Unit |Qty |

|a |IPC Controller |Nos |1 |

|b |EXPIO Controller |Nos |1 |

|c |Controller Panel |Nos |1 |

|d |Temperature Sensor |Nos |2 |

|e |RH Transmitter |Nos |2 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |1 |

I/O List for facility A1:

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|4 |Package Unit-2 ON/OFF Command |  |  |1 |

|5 |Package Unit-2 ON/OFF Status |  |1 |  |

|6 |Temperature Sensor |1 |  |  |

|7 |RH Transmitter |1 |  |  |

|  |Total |2 |2 |2 |

I/O List for facility A2:

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|4 |Package Unit-2 ON/OFF Command |  |  |1 |

|5 |Package Unit-2 ON/OFF Status |  |1 |  |

|6 |Temperature Sensor |1 |  |  |

|7 |RH Transmitter |1 |  |  |

|  |Total |2 |2 |2 |

Controller/facility B:

List of subsystems and components:

|Sl# |Item description |Unit |Qty |

|a |IPC Controller |Nos |1 |

|b |EXPIO Controller |Nos |1 |

|c |Controller Panel |Nos |1 |

|d |Temperature Sensor |Nos |2 |

|e |RH Transmitter |Nos |2 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |1 |

I/O List for facility B1

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|3 |Package Unit-2 ON/OFF Command |  |  |1 |

|4 |Package Unit-2 ON/OFF Status |  |1 |  |

|5 |Heater1 ON/OFF Command | |  |1 |

|6 |Heater1 ON/OFF Status | |1 |  |

|7 |Heater2 ON/OFF Command | |  |1 |

|8 |Heater2 ON/OFF Status | |1 |  |

|9 |Heater3 ON/OFF Command | |  |1 |

|10 |Heater3 ON/OFF Status | |1 |  |

|11 |Damper1 ON/OFF Status | |1 |  |

|12 |Damper2 ON/OFF Status | |1 |  |

|13 |Temperature Sensor |1 | | |

|14 |RH Transmitter |1 |  |  |

|  |Total |2 |7 |5 |

I/O List for facility B2

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|3 |Package Unit-2 ON/OFF Command |  |  |1 |

|4 |Package Unit-2 ON/OFF Status |  |1 |  |

|5 |Package Unit-3 ON/OFF Command |  |  |1 |

|6 |Package Unit-3 ON/OFF Status |  |1 |  |

|7 |Heater1 ON/OFF Command | |  |1 |

|8 |Heater1 ON/OFF Status | |1 |  |

|9 |Heater2 ON/OFF Command | |  |1 |

|10 |Heater2 ON/OFF Status | |1 |  |

|11 |Heater3 ON/OFF Command | |  |1 |

|12 |Heater3 ON/OFF Status | |1 |  |

|13 |Damper1 ON/OFF Status | |1 |  |

|14 |Damper2 ON/OFF Status | |1 |  |

|15 |Damper2 ON/OFF Status | |1 |  |

|16 |Temperature Sensor |1 | | |

|17 |RH Transmitter |1 |  |  |

|  |Total |2 |9 |6 |

Controller/facility C:

List of subsystems and components:

|Sl# |Item description |Unit |Qty |

|a |IPC Controller |Nos |1 |

|b |EXPIO Controller |Nos |1 |

|c |Controller Panel |Nos |1 |

|d |Temperature Sensor |Nos |2 |

|e |RH Transmitter |Nos |2 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |1 |

I/O List for facility C1:

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|3 |Package Unit-2 ON/OFF Command |  |  |1 |

|4 |Package Unit-2 ON/OFF Status |  |1 |  |

|5 |Heater1 ON/OFF Command | |  |1 |

|6 |Heater1 ON/OFF Status | |1 |  |

|7 |Heater2 ON/OFF Command | |  |1 |

|8 |Heater2 ON/OFF Status | |1 |  |

|9 |Heater3 ON/OFF Command | |  |1 |

|10 |Heater3 ON/OFF Status | |1 |  |

|11 |Damper1 ON/OFF Status | |1 |  |

|12 |Damper2 ON/OFF Status | |1 |  |

|13 |Temperature Sensor |1 | | |

|14 |RH Transmitter |1 |  |  |

|  |Total |2 |7 |5 |

I/O List for facility C2:

|Sl# |Parameter |AI |DI |DO |

|1 |Package Unit-1 ON/OFF Command |  |  |1 |

|2 |Package Unit-1 ON/OFF Status |  |1 |  |

|3 |Package Unit-2 ON/OFF Command |  |  |1 |

|4 |Package Unit-2 ON/OFF Status |  |1 |  |

|5 |Package Unit-3 ON/OFF Command |  |  |1 |

|6 |Package Unit-3 ON/OFF Status |  |1 |  |

|7 |Heater1 ON/OFF Command | |  |1 |

|8 |Heater1 ON/OFF Status | |1 |  |

|9 |Heater2 ON/OFF Command | |  |1 |

|10 |Heater2 ON/OFF Status | |1 |  |

|11 |Heater3 ON/OFF Command | |  |1 |

|12 |Heater3 ON/OFF Status | |1 |  |

|13 |Damper1 ON/OFF Status | |1 |  |

|14 |Damper2 ON/OFF Status | |1 |  |

|15 |Damper2 ON/OFF Status | |1 |  |

|16 |Temperature Sensor |1 | | |

|17 |RH Transmitter |1 |  |  |

|  |Total |2 |9 |6 |

Controller/facility D:

List of subsystems and components:

|Sl# |Item description |Unit |Qty |

|a |Hot standby PLC, ML200R |Nos |2 |

|b |Remote I/Os |Nos |3 |

|c |Controller Panel |Nos |3 |

|d |Temperature Sensor |Nos |48 |

|e |RH Transmitter |Nos |10 |

|f |Pressure Transmitter |Nos |35 |

|g |Moxa single port media convertor (Dual ring) |Nos |10 |

|h |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords Scada |Lot |2 |

I/O List for facility D1:

|Sl# |Parameter |AI |AO |

|a |IPC Controller |Nos |01 |

|b |EXPIO Controller |Nos |01 |

|c |Controller Panel |Nos |01 |

|d |Temperature Sensor |Nos |01 |

|e |RH Transmitter |Nos |01 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |01 |

I/O List for facility E1:

|Sl# |Description |AI |AO |

|a |IPC Controller |Nos |01 |

|b |EXPIO Controller |Nos |02 |

|c |Controller Panel |Nos |02 |

|d |Temperature Sensor |Nos |09 |

|e |RH Transmitter |Nos |01 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |01 |

I/O List for facility F1:

|Sl# |Description |AI |AO |

|a |Xl 100 Controller |Nos |02 |

|b |CBUS BNA |Nos |01 |

|c |Controller Panel |Nos |02 |

|d |Temperature Sensor |Nos |05 |

|e |RH Transmitter |Nos |03 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |Lot |01 |

I/O List for facility G1:

|Sl# |Description |AI |

|a |XL 100 Controller |15 |

|b |CBUS BNA |01 |

|c |Controller Panel |15 |

|d |Temperature Sensor |17 |

|e |RH Transmitter |15 |

|f |Butterfly Valve Actuators |17 |

|g |3way Valve Actuators | 14 |

|h |Damper Actuators | 28 |

|i |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

I/O List for facility H1:

|Sl# |Description |AI |

|a |XL 100 Controller |02 |

|b |XL 50 Controller |01 |

|c |Controller Panel |03 |

|d |Temperature Sensor |01 |

|e |RH Transmitter |01 |

|f |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

|g |BNA |01 |

I/O List for facility I1:

|Sl# |Description |AI |

|a |Xl 500 Controller |01 |

|b |Controller Panel |03 |

|c |Temperature Sensor |07 |

|d |RH Transmitter |03 |

|e |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

|f |BNA |01 |

I/O List for facility J1:

|Sl# |Description |AI |

|a |Xl 100 Controller |01 |

|b |Controller Panel |01 |

|c |Temperature Sensor |07 |

|d |RH Transmitter |03 |

|e |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

|f |BNA |01 |

I/O List for facility K1:

|Sl# |Description |AI |

|a |Xl 500 Controller |01 |

|b |Controller Panel |01 |

|c |Temperature Sensor |05 |

|d |RH Transmitter |02 |

|e |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

|f |BNA |01 |

I/O List for facility L1:

|Sl# |Description |AI |

|a |Xl 500 Controller |01 |

|b |Controller Panel |01 |

|c |Temperature Sensor |04 |

|d |RH Transmitter |02 |

|e |8 Port Ethernet switch with Dual Power Supply, SMF Modules, Rack and Patch cords |01 |

|f |BNA |01 |

I/O List for facility M1:

|Sl# |Description |AI |

|a |Hot standby PLC, ML200R |2 |

|b |Remote I/Os |4 |

|c |Controller Panel |4 |

FIELD ELEMENTS CHILLER PLANTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |10 |

|2. |Header Pressure sensor |10 |

|3. |Level Switch high/low for water level |2 |

|4. |Relays |98 |

FIELD ELEMENTS (COOLING PLANT)

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |2 |

|2. |Header Pressure Sensor |4 |

|3. |Level Switch high/low for water level |2 |

|4. |Relays |127 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |BNA 2CS (CBUS) |2 |

|2. |Media Convertors(Moxa) |2 |

|3. |Media Convertors(Dlink) |2 |

|4. |ACON-08 RS485 to FO convertor |2 |

(DEHUMIDIFIER ROOM)

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |14 |

|2. |Relative Humidity(Rh) Transmitter |9 |

|3. |Air Flow Switch |1 |

|4. |Static Pressure sensor |1 |

|5. |Relays |69 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |Media Convertors(Moxa) |2 |

|2. |ACON-08 RS485 to FO convertor |2 |

I/O List for Controller/facility N1:

|Sl# |

|10 |Dehumidifier ON/OFF CMD, Status & A/M Status |

|5 |Dehumidifier ON/OFF CMD & Status | |

|1. |XL500 Controller |1 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |3 |

|2. |Relative Humidity (Rh) Transmitter |3 |

|3. |Relays |22 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |2 |

Controller/facility O2:

Controllers cum field elements

CONTROL ELEMENTS

|Sl# |CONTROL ELEMENT |QTY |

|1. |XL50 Controller |4 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |2 |

|2. |Relative Humidity (Rh) Transmitter |2 |

|3. |Relays |18 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |2 |

Controller/facility O3:

Controllers cum field elements

CONTROL ELEMENTS

|Sl# |CONTROL ELEMENT |QTY |

|1. |XL50 Controller |2 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |1 |

|2. |Relative Humidity (Rh) Transmitter |1 |

|3. |Relays |18 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |2 |

Controller/facility O4:

Controllers cum field elements

CONTROL ELEMENTS

|Sl# |CONTROL ELEMENT |QTY |

|1. |XL50 Controller |4 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |2 |

|2. |Relative Humidity (Rh) Transmitter |2 |

|3. |Relays |18 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |2 |

Controller/facility O5:

Controllers cum field elements

CONTROL ELEMENTS

|Sl# |CONTROL ELEMENT |QTY |

|1. |XL50 Controller |4 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |2 |

|2. |Relative Humidity (Rh) Transmitter |2 |

|3. |Relays |18 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |2 |

Controller/facility O6:

Controllers cum field elements

CONTROL ELEMENTS

|Sl# |CONTROL ELEMENT |QTY |

|1. |XL50 Controller |2 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |1 |

|2. |Relative Humidity (Rh) Transmitter |1 |

|3. |Relays |12 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACON-08 RS485 to FO convertor |1 |

I/O List for Controller/facilities O1 to O6:

|Sl# |

|9 |AHU1&2 CMD & Status | |

|1. |XL500 Controller |3 |

|2. |XL50 Controller |5 |

|3. |Modulating Three Way Valve Actuator |4 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |18 |

|2. |Relative Humidity (Rh) Transmitter |16 |

|3. |Air Flow Switch |1 |

|4. |Header Pressure sensor |4 |

|5. |Relays |127 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |ACCOLADE Make ACON E02 RS232 to RS485 convertor |1 |

|2. |Media Convertors (Dlink) |1 |

I/O List for facility P1:

| Sl# |Parameter (Plant Room-DEHUM) |AI |

|1. |XL500 Controller |1 |

|2. |XL50 Controller |10 |

|3. |Motorized on/off Butterfly valve Actuator |19 |

|4. |Modulating Three Way Valve Actuator |10 |

|5. |Motorized On/Off Damper Actuator |10 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |15 |

|2. |Relative Humidity (Rh) Transmitter |11 |

|3. |Water Flow sensors |1 |

|4. |Air Flow Switch |10 |

|5. |Differential Pressure Switch |1 |

|6. |Level Switch high/low for water level |1 |

|7. |Relays |130 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |BNA 1CS (CBUS) |1 |

|2. |Media Convertors (Dlink) |2 |

I/O List for facility Q1(Chillers):

|Sl# |Parameter (Chiller’s) |AI |

|1. |XL500 Controller |2 |

|2. |XL50 Controller |22 |

|3. |Motorized on/off Butterfly valve Actuator |42 |

|4. |Modulating Three Way Valve Actuator |24 |

|5. |Motorized On/Off Damper Actuator |24 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |28 |

|2. |Relative Humidity (Rh) Transmitter |22 |

|3. |Water Flow sensors |1 |

|4. |Air Flow Switch |24 |

|5. |Header Pressure sensor |1 |

|6. |Room Pressure Sensor |3 |

|7. |Level Switch high/low for water level |2 |

|8. |Relays |180 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |BNA 1CS (CBUS) |1 |

|2. |Media Convertors (Dlink) |2 |

I/O List for facility R1:

|Sl# |Parameter (Chiller’s) |AI |

|1. |Hot standby PLC, ML200R |2 |

|2. |Remote I/O controllers |21 |

|3 |Controller Panel |4 |

|4. |Motorized on/off Butterfly valve Actuator |4 |

|5. |Modulating Three Way Valve Actuator |18 |

FIELD ELEMENTS

|Sl# |FIELD ELEMENT |QTY |

|1. |Temperature Sensors |85 |

|2. |Relative Humidity (Rh) Transmitter |76 |

|3. |Water Flow sensors |01 |

|4. |Air Flow Switch |01 |

|5. |Header Pressure sensor |02 |

|6. |Static Pressure Sensor |01 |

|7. |Level Switch high/low for water level |04 |

|8. |Relays |258 |

NETWORK ELEMENTS

|Sl# |NETWORK ELEMENT |QTY |

|1. |Media Convertors (Dlink) |8 |

I/O list for Facility S1 (Chiller plant)

Sl# |Parameter (Chiller’s) |AI |AO |DI |DO | |1 |Chilled Water Pump 1,2,& 3 CMD, RUN, Auto/Manual Status, Trip Status | | |09 |03 | |2 |Condenser Water Pump 1,2,&3 CMD, RUN, Auto/Manual Status, Trip Status | | |09 |03 | |3 |Cooling-Tower 1,2,3&,4 CMD, RUN, Auto/Manual Status | | |48 |12 | |4 |Chiller 1,2,3,&4 CMD, Compressor RUN Status, Auto/Manual, Trip status | | |20 |08 | |5 |Water Temperature |08 | | | | |6 |Water-Flow Meter |01 | | | | |7 |Water Level Switch |01 | | | | | |Total |10 |00 |86 |26 | |

I/O list for Facility S2 (AHU):

Sl# |Parameter (AHU’s) |AI |AO |DI |DO | |1 |AHU(1-18) CMD, RUN, Fail Status | | |36 |18 | |2 |Heater 1 CMD& ON/OFF Status | | |18 |18 | |3 |Return-Air Temperature & RH |36 | | | | |4 |3Way-Valve CMD | |18 | | | |5 |Bay Temperature sensors |50 | | | | |6 |Bay RH sensors |50 | | | | |7 |Tank-Level | | |04 | | | |Total |136 |18 |58 |36 | |

I/O list for Facility S3 (Dehumidifier)

Sl# |Parameter (Plant Room-DEHUM) |AI |AO |DI |DO | |1 |Hot-Well Pump CMD, RUN, Auto/Manual Status, Trip, Fail Status | | |08 |02 | |2 |Cold-Well Pump CMD, RUN, Auto/Manual Status, Trip, Fail Status | | |08 |02 | |3 |Chiller CMD, RUN, Auto/Manual Status, Trip, Fail Status | | |08 |02 | |4 |Damper Status | | |02 | | |5 |Dehumidifier CMD,RUN, Auto/Manual Status, Trip Status, Fail Status | | |08 |02 | |6 |Bed-Drive & Damper Open-Close Status | | |02 | | |7 |3-Way Mixing Valve (Primary, Secondary) | |04 | | | |8 |Dehum Primary, Secondary, Blower out, plenum Temp & RH |14 | | | | |9 |Duct Temperature & RH, Water Temperature |17 | | | | |10 |Dehum Regen Fan 1&2 Status | | |02 | | |11 |Air-Flow Status | | |01 | | |12 |Water flow sensor | | |03 | | |13 |Chilled Water Pump1&2 Pressure |02 | | | | |14 |Tank Level Status | | |04 | | |15 |Static Pressure |01 | | | | | |Total |34 |04 |46 |08 | |

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