York YCSA 120 T Technical Information Download Page 40

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-B- Inputs/Outputs

DESCRIPTION

RANGE

UNIT

VALUE

Analogue input 3. Coil pressure circuit 1 (B3)

bar

DISPLAY

INSTANT.

Analogue input 4. Coil pressure circuit 2 (B4)

bar

DISPLAY

INSTANT.

Analogue input 5. Entering water temperature (B5)

°C

DISPLAY

INSTANT.

Analogue input 6. Leaving water temperature (B6)

°C

0 = OPEN

C = CLOSED

Digital input 1. External alarm

O/C

0 = OPEN

C = CLOSED

Digital input 2. Flow switch

O/C

0 = OPEN

C = CLOSED

Digital input 3. Remote ON/OFF

O/C

0 = OPEN

C = CLOSED

Digital input 4. Pump 1 protection

O/C

0 = OPEN

C = CLOSED

Digital input 5. Low pressure switch circuit 1

O/C

0 = OPEN

C = CLOSED

Digital input 6. High pressure switch circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 7. Compressor 1 thermal protection, circuit 1

O/C

0 = OPEN

C = CLOSED

Digital input 8. Compressor 2 protection, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 9. Fan 1-2 protection, circuit 1

O/C

0 = OPEN

C = CLOSED

Digital input 10. Low pressure switch circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 11. High pressure switch circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 12. Compressor 3 thermal protection, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 13. Compressor 4 thermal protection, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 14. Fan 3-4 protection, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital input 15. Remote COOL/HEAT

O/C

0 = OPEN

C = CLOSED

Digital input 16. No in use

Digital input 17. No in use

Digital input 18. Pump 2 protection

0 = OPEN

C = CLOSED

Digital output 1. Compressor 1, circuit 1

O/C

0 = OPEN

C = CLOSED

Digital output 2. Compressor 2, circuit 1

O/C

0 = OPEN

C = CLOSED

Digital output 3. Not in use

Digital output 4. Not in use

Digital output 5. Pump 1

O/C

0 = OPEN

C = CLOSED

Digital output 6. Compressor 3, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital output 7. Compressor 4, circuit 2

O/C

0 = OPEN

C = CLOSED

Digital output 8. Not in use

Digital output 9. Not in use

Digital output 10. External alarm/phase failure

O/C

0 = ABIERTA

C = CERRADA

Digital output 11. Antifreeze heater

O/C

0 = ABIERTA

C = CERRADA

Digital output 12. Backup heater

O/C

0 = ABIERTA

C = CERRADA

Digital output 13. 4-way valve, circuit 1

O/C

0 = ABIERTA

C = CERRADA

Digital output 14. 4-way valve, circuit 2

O/C

0 = ABIERTA

C = CERRADA

Summary of Contents for YCSA 120 T

Page 1: ...E U R O V E N T CERTIFIED PERFORMANCE Johnson Controls Manufacturing España S L is participating in the EUROVENT Certification Program Products are as listed in the EUROVENT Directory of Certified Products in the program AC1 AC2 AC3 LCP and FC The LCP program covers air condensed water chillers and heat pumps of up to 600 kW ...

Page 2: ......

Page 3: ...ydraulic circuit 16 Table 8 Pressure drop filter 16 Table 9 Gumming coefficients 17 Table 10 Altitude factors 17 Selection guide YCSA and YCSA H 17 Necessary information 17 Selection guide with glycol 18 Page Page Installation Instructions 20 Inspection 20 Environmental protection 20 Elimination of the unit 20 Safety 20 Transportation 20 Handling 20 Warning signs 20 Location 21 Fastening the unit ...

Page 4: ......

Page 5: ...the controller protects the entire unit against malfunctions The system allows connecting the unit to a standard RS485 monitoring network For further information please see Operating Instructions For further information please see Operating Instructions section The YCSA YCSA H 120 and 150 units are made of proven quality components and manufactured in compliance with standards in force ISO 9001 ce...

Page 6: ...ol keyboard display This device is accessible through an external leak tight plastic cover This is an easy to use remote control unit for a distance of up to 500 m and is accessed by means of a password For further information please see Operating Instructions Cooling circuit Made up of two circuits in parallel Each circuit includes expansion valve filter dryer liquid sight glass high and low pres...

Page 7: ...arrantee of the unit will not be valid if a water filter has not been installed Remote control unit Wall mounted remote control unit with keyboard for cool heat and ON OFF functions Includes power supply alarm and cool heat LEDs Maximum cable length 50 m BMS connections By means of a serial board the system can be connected to a standard RS485 monitoring network Dual pump This is a single body two...

Page 8: ... R 410A Refrigerant charge kg 2 x 16 2 2 x 23 Sound power level dB A 86 88 Sound power level at 5 m dB A 64 66 Sound power level at 10m dB A 58 60 Sound power level LN dB A 82 84 Sound power level at 5 m LN dB A 60 62 Sound power level at 10m LN dB A 54 56 Dimensions Length mm 3 416 3 770 Width mm 1 101 Height mm 2 190 2 263 Water connections socket 2 1 2 Water filter 2 1 2 No of pumps 1 Available...

Page 9: ...litres l 4 x 3 25 4 x 4 14 Oil type POLYOL ESTER OIL Heat exchanger PLATES Nominal flow in cooling l h 19 610 24 940 Minimum water volume of the inst l 445 565 No of fans 4 Fan diameter mm 630 710 Total fan consumption W 4 x 600 4 x 860 Total fan amperage A 4 x 2 75 4 x 3 9 Total air flow m3 h 36 000 48 000 Refrigerant type R 410A Refrigerant charge kg 2 x 20 2 x 29 Sound power level dB A 86 88 So...

Page 10: ...sumption W 3 180 3 400 Pump amperage A 5 5 6 1 Unit water content l 18 T 170 TP 22 5 T 179 TP Expansion vessel volume l 25 35 Relief valve setting Bar 6 Max unit power consumption kW 58 3 74 5 Max unit current amperage A 108 120 Start up amperage compressor A 118 198 Weight 1 4 kg 1 280 1 316 1 675 1 703 Start up amperage compressor A 118 198 Pressure drop kPa 29 5 25 5 Max unit power consumption ...

Page 11: ...ve where it is expanded until the evaporating pressure is reached at which time it goes to the evaporating unit to end the cooling cycle SAFETY CONTROL DEVICES A High pressure switch B Low pressure switch C Pressure transducer port fan speed control readout of condensing pres sure D Leaving water temperature sensor an tifreeze control and display E Entering water temperature sensor control and dis...

Page 12: ...emperature sensor control and display COMPONENTS 1 Compressor tandem 2 Air cooled condenser 3 Filter dryer 4 Sight glass 5 Expansion valve 6 Plate heat exchanger 7 Exchanger antifreeze heater 8 Globe valve 9 Four way valve 10 Liquid receiver 11 Water pump 12 Automatic air bleed 13 Water tank antifreeze heater 14 Expansion vessel 15 Water tank 16 Charge valve 17 Drain valve 18 Water filter not insi...

Page 13: ...oled condensing unit heat is exchanged between the air and the refrigerant The air is heated and evacuated from the chiller heat rejec tion The refrigerant is condensed and sub cooled Then the refrigerant liquid goes on to the expansion valve where it is expanded until the evaporating pressure is reached at which time it goes to the evaporating unit to end the cooling cycle Heating cycle The cycle...

Page 14: ... 147 7 56 3 141 0 58 0 136 5 60 6 10 190 3 45 7 179 4 48 5 175 0 51 0 168 5 52 0 157 6 57 2 151 0 58 8 146 6 61 5 12 199 2 46 6 187 8 50 4 183 5 52 0 176 9 54 3 166 0 58 1 159 3 60 4 15 211 8 50 1 200 6 53 4 196 1 54 7 189 5 56 7 178 5 60 0 Model Water outlet temp C Outdoor ambient temperature C DB 80 HR 25 30 32 35 40 43 45 Cap kW Unit kW Cap kW Unit kW Cap kW Unit kW Cap kW Unit kW Cap kW Unit k...

Page 15: ... 122 0 61 6 8 168 9 45 6 158 4 48 6 154 1 50 7 147 9 52 3 137 3 57 7 131 0 59 5 126 8 62 1 10 176 9 46 8 166 7 49 7 162 6 52 3 156 6 53 3 146 4 58 6 140 3 60 3 136 3 63 1 12 185 1 47 8 174 5 51 7 170 5 53 3 164 4 55 6 154 2 59 6 148 0 61 9 15 196 9 51 3 186 4 54 7 182 2 56 1 176 1 58 1 165 8 61 5 Model Water outlet temp C Outdoor ambient temperature C DB 80 HR 10 5 3 0 5 7 10 15 Cap kW Unit kW Cap...

Page 16: ... 000 109 35 000 95 36 000 84 37 000 70 38 000 57 Model Flow l h Kpa YCSA YCSA H 120 T 15 000 18 16 000 20 17 000 23 18 000 25 5 19 000 28 20 000 31 21 000 34 22 000 37 23 000 40 24 000 43 25 000 46 26 000 49 27 000 52 5 28 000 56 5 29 000 60 30 000 63 31 000 67 32 000 70 5 33 000 74 5 34 000 78 YCSA YCSA H 150 T 18 000 12 5 19 000 14 20 000 15 5 21 000 17 5 22 000 19 5 23 000 21 5 24 000 23 5 25 0...

Page 17: ...ith a 17 056 l h flow said filter has a pressure drop of 2 4 kPa YCSA H selection method 1 Determine the correct size of theYCSA H unit by selecting a model from Tables 4 and 5 that is closest to the cooling and heating capacities required in the design conditions of the water outlet and air intake temperatures 2 Apply gumming correcting factors Table 9 and altitude Table10 to the capacity and pow...

Page 18: ... the gumming correcting factors that correspond to the gumming coefficient altitude and glycol concentra tion and to the capacity tables Make sure the corrected capacity is still sufficient for your needs 3 Using the corrected capacities of the chiller set the design temperature range or the flow to balance the formulae appearing in the Necessary information section 4 Always recheck to make sure t...

Page 19: ... Fig 2 Ethylene glycol in other concentrations Fig 3 Recommended propylene glycol concentrations Fig 4 Propylene glycol in other concentrations Fig 5 Ethylene glycol pressure drop correcting factor Fig 6 Propylene glycol pressure drop correcting factor ...

Page 20: ...t performance at an optimum Transportation The units should always be transported in a vertical position so as to avoid oil leaking out of the compressor If for any reason this position need be changed sporadically they will remain in that position a strictly necessary period of time Handling This unit should be handled by using the metal rails supplied for fastening and transportation Warning sig...

Page 21: ...ll compressors operate correctly in one single rota tional direction only Although these units are protected by a phase sequence detector when starting the equipment make sure this rotational direction is correct If it is not correct The compressor does not compress It makes an unusual noise Amperage consumption is lower It overheats Hydraulic connections The hydraulic connections of the water int...

Page 22: ...22 Dimensions and hydraulic connections YCSA YCSA H 120 and 150T TP Model A B C D E F G H YCSA YCSA H 120 3 416 183 1 525 1 942 2 190 199 289 380 YCSA YCSA H 150 3 770 255 1 630 1 993 2 263 145 211 458 ...

Page 23: ...23 Minimum technical clearance ...

Page 24: ...24 Wiring diagram YCSA YCSA H 120 µC3 400 3 50 ...

Page 25: ...IL PRESSURE CIRCUIT 2 Y3 J6 5 G0 J6 6 Y4 J6 1 C1 2 J10 2 C5 J10 6 C6 7 J9 2 C8 9 J9 4 C10 J9 6 C11 12 J8 7 C13 14 J8 8 I 2470c 2 of 3 YCSA YCSA H 120 C 3 400 3 50 D1 1 D2 D3 D4 D5 J1 8 J1 1 J1 9 D4 J1 2 D5 J1 10 14 11 FC 0 D1 GN D2 D3 D6 D6 2 PDW 13 14 J4 8 D7 D7 J4 1 D8 D8 J4 9 D10 D10 J4 10 D11 D11 J7 6 J7 1 D12 D12 J7 8 D13 D13 J7 3 4 D14 D14 J7 9 D15 D15 D9 D9 J4 2 3 D18 D18 J7 5 13 14 K1 A1 A...

Page 26: ...26 Wiring diagram YCSA YCSA H 120 µC3 400 3 50 ...

Page 27: ...27 Wiring diagram YCSA YCSA H 150 µC3 400 3 50 ...

Page 28: ... GREEN BLACK COIL PRESSURE CIRCUIT 2 Y3 J6 5 GN J6 6 Y4 J6 1 C1 2 J10 2 C5 J10 6 C6 7 J9 2 C8 9 J9 4 C10 J9 6 C11 12 J8 7 C13 14 J8 8 I 2483c 2 of 3 YCSA YCSA H 150 C 3 400 3 50 D1 1 D2 D3 D4 D5 J1 8 J1 1 J1 9 D4 J1 2 D5 J1 10 14 11 FC 0 D1 GN D2 D3 D6 D6 2 PDW 13 14 J4 8 D7 D7 J4 1 D8 D8 J4 9 D10 D10 J4 10 D11 D11 J7 6 J7 1 D12 D12 J7 8 D13 D13 J7 3 4 D14 D14 J7 9 D15 D15 D9 D9 J4 2 3 D18 D18 J7 ...

Page 29: ...29 Wiring diagram YCSA YCSA H 150 µC3 400 3 50 ...

Page 30: ...30 Wiring YCSA YCSA H 120 and 150 T TP ...

Page 31: ...Cool Heat Cool Heat YCSA H 120 400 3 50 4 x 18 2 4 x 16 9 118 4 x 10 2 4 x 9 25 4 x 2 75 4 x 600 5 5 3 180 YCSA 120 4 x 17 7 4 x 9 4 YCSA H 150 4 x 21 4 4 x 21 6 198 4 x 11 8 4 x 12 5 4 x 3 9 4 x 860 6 1 3 400 YCSA 150 4 x 21 4 4 x 11 5 Model Voltage limits DB air inlet temperature to coil Water outlet temperature Temp differential between the water outlet and intake Nominal at 400 Operating cycle...

Page 32: ...mal protection compressor 2 THPC2 ID9 J4 2 Thermal protection fans circuit 1 THPF 1 2 ID10 J4 10 Low pressure switch circuit 2 LP2 ID11 J7 6 High pressure switch circuit 2 HP2 ID12 J7 1 Thermal protection compressor 3 THPC3 ID13 J7 8 Thermal protection compressor 4 THPC4 ID14 J7 3 Thermal protection fans circuit 2 THPF 3 4 ID15 J7 9 Remote COOL HEAT RCH ID18 J7 5 Pump 2 protector Q6 N01 C1 2 Compr...

Page 33: ...wn This display allows selecting the ON OFF and COOL HEAT as well as reading the status of the unit accessing configuration menus by means of a password reading alarm messages resetting said alarms reading operating pressures and temperature etc µC3 controller Contains unit software and the entire digital and analogical input and output connectors system This module is also equipped with connector...

Page 34: ...an be increased to 500 m by using an AWG24 screened twisted 2 pair cable This cable should be inserted between twoTCONN6J000 connectors accessory which at the same time are connected to two S90CONN0 telephone cables accessory Please see the following diagram Terminal connection with telephone cable and a screened twisted 2 pair cable ...

Page 35: ...35 General wiring diagram ...

Page 36: ...ns of the Up key Press Enter to access the 4th screen Menu 4th screen Menu This screen gives access to an range of submenus that allow obtaining information concerning the unit or setting the oper ating parameters of same These submenus are as follows Probe configuration A Antifreeze B Input output c Compressor configuration d Defrost F Condensation fans H Unit configuration P Alarm settings r Tem...

Page 37: ...ec 3 Time between starts of one compressor 0 9999 sec 300 Time between starts of pump and compressor 0 999 sec 20 Time between compressor and pump OFF 0 999 sec 20 Run hours pump 1 Run hours pump 2 Run hours compressor 1 Run hours compressor 2 Run hours compressor 3 Run hours compressor 4 Run hours for pump maintenance warning 1000 999000 hours 2x1000 Clear pump run hours Operating hours for maint...

Page 38: ...DESCRIPTION RANGE UNIT VALUE Control typo over fans TEMPERATURE PRESSURE ON OFF PRESSURE Number of condensers 1 2 2 Control device INVERTER FANS INVERTER Power supply frequency 50 60 Hz 50 Max PWM triac phase cut out 0 100 85 Min PWM triac phase cut out 0 100 40 Duration triac impulse 0 10 ms 2 5 Condensing pressure in summer cycle 0 99 9 bar 26 Dif condensing pressure in summer cycle 0 99 9 bar 7...

Page 39: ...ON SAFETY ON OFF ALWAYS ON Rotation of pumps START TIME TIME Number of hours for pump rotation 0 9999 hours 12 Enable ON OFF digital input Y N NO Enable WINTER SUMMER digital input Y N NO Enable ON OFF with Monitor Y N NO Enable WINTER SUMMER with Monitor Y N NO Inversion delay SUMMER WINTER operation sec 10 Monitor protocol CAREL MODEM GSM ANALOGUE MODEM RS 232 LONWORKS MODBUS CAREL Communication...

Page 40: ...gh pressure switch circuit 2 O C 0 OPEN C CLOSED Digital input 12 Compressor 3 thermal protection circuit 2 O C 0 OPEN C CLOSED Digital input 13 Compressor 4 thermal protection circuit 2 O C 0 OPEN C CLOSED Digital input 14 Fan 3 4 protection circuit 2 O C 0 OPEN C CLOSED Digital input 15 Remote COOL HEAT O C 0 OPEN C CLOSED Digital input 16 No in use Digital input 17 No in use Digital input 18 Pu...

Page 41: ...igh pressure switch AUTOMATIC MANUAL AUTOMATIC DESCRIPTION RANGE UNIT VALUE COOL set point C 12 HEAT set point C 40 Temperature setting band K 3 COOL set point lower limit C 6 COOL set point upper limit C 15 HEAT set point lower limit C 25 HEAT set point upper limit C 45 Enable dynamic set point N Y N Max compensation value 99 9 99 9 K 5 Compensation in COOL start temperature 99 9 99 9 C 25 Compen...

Page 42: ...ed Control Menu Control sensor B5 entering water temperature of the ex changer Parameters to be used Set point Proportional band for intake setting Type of setting proportional or proportional integral Integration time set point if the proportional integral set ting has been enabled Control outputs N1 N6 and N7 compressor contactors Description of operation Temperature setting depends upon the ave...

Page 43: ... period As of the time differential calculated as a delay and in accord ance with the average temperature for probe B6 the control system modulates ON OFF cycles of the compressors If value 0 is set the minimum delay increase decrease time of a call for power disables this function There is a differential temperature which is different for opera tion in heat or cool cycle below or above that turns...

Page 44: ...ablished as the delay between defrosts a simultaneous defrost of all the coils of the unit is put into operation This cycle will terminate once the pressure value set as defrost off is reached or after the time period set as maximum cycle duration is over The defrost sequence is as follows 1 Compressors are turned off 2 After 15 seconds the 4 way valves are inverted 3 After 45 seconds the compress...

Page 45: ...T cycle If this contact is closed the unit will be in COOL cycle If the digital COOL HEAT input is enabled this selection cannot be made from the user or monitoring keyboard To change the cycle whether from the digital input or the user or monitoring keyboard the unit must be turned OFF first If the digital COOL HEAT input is not enabled this selec tion can be made from either the user or the moni...

Page 46: ... in 60 interval manual reset Thermal protection compressor 3 A3 YCSA YCSA H 150 ID12 Comp 3 AUTO MANUAL 1st failure in 60 interval automatic reset 2nd failure in 60 interval manual reset Thermal protection compressor 4 A4 YCSA YCSA H 150 ID13 Comp 4 AUTO MANUAL 1st failure in 60 interval automatic reset 2nd failure in 60 interval manual reset High pressure switch circ 1 HP1 ID6 X Circ 1 AUTO MANUA...

Page 47: ...of 50 m Minimum cable section should be 0 35 mm Avoid routing control cables near power cables Connection to control panel 1 Power supply LED 2 Alarm LED 3 ON OFF selection push button 4 Unit in operation LED 5 COOL HEAT selection push button 6 ON LED in heat operation OFF LED in cool operation Data and measurements are subject to change without prior notice GO D3 C10 N10 F3 24 Vac REMOTE CONTROL ...

Page 48: ...www johnsoncontrols com ...

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