Johnson Controls Frick Vyper 305/254 Horsepower Manual Download Page 7

VYPER

 VARIABLE SPEED DRIVE

INSTALLATION

100.200-IOM (SEP 13)

Page 7

-- Apply power to the Vyper Drive system. 

 

A: Confirm DIP switches on the Vyper Logic Board are properly set. Refer to “VSD Logic Board Setup” in the OPERATION 

section of this manual.

 

B: Verify no problems exist with the unit power supply connections.

 

C: Verify no problems exist with the boot-up of the Quantum

LX panel and control system.

 

D: Set the FLA ratings on the Vyper Logic Board as per job site requirements.

 

E:  Set up the Quantum

LX panel in accordance with job site requirements. Refer to “Quantum

LX Panel Setup” in the 

OPERATION section of this manual.

 

F:  Confirm operation of internal cooling fans.

 

G: Confirm operation of the coolant pump.

 

H: Confirm operation of the Vyper motorized coolant temperature control mixing valve. 

 

I:  Confirm wiring, operation, and correct rotation of motor blower fans if present.

Pre-Start-up Inspection

After  installation  is  complete,  use  the  following  as  guide 

to checks items D – I, under in the Applying power to the 

Vyper

 Drive system section, in the preceding Vyper

 Pre-

Operation Site Checklist. Any changes to factory setpoints 

need  to  be  approved  by  Johnson-Controls-Frick

®

.  Failure 

to obtain approval may void warranty. Read all steps thor-

oughly and contact the factory with any questions before 

proceeding. 

1.  With power off - In the drive, remove wire 624 (com-

pressor run) on the drive side of control wiring terminal 

strip. 

2.  Remove wire 675 (oil pump run) if the unit is equipped 

with an oil pump.

3.  Close the drive, turn on the disconnect using the oper-

ating handle on the door.

4.  Once the Quantum

LX panel has booted go to the level 

2 operating session.

5.  Confirm  communications  between  the  Vyper

  drive 

and  the  Quantum

LX  by  going  to  the  Vyper

  screen. 

If  there  are  base-plate  temperature  readings  that  are 

approximate to ambient and a value is displayed for the 

JOB  FLA  communications  is  confirmed.  Compare  the 

Job FLA value to the panel test report Special Instruc-

tions section to ensure they match. If the JOB FLA is not 

listed on the panel test report, use the JOB FLA tables in 

this manual to calculate.

6.  Go to the motor setpoints screen to check the motor 

amps safeties, relative to the motor and drive combina-

tion. If these values are not correct use the tables in this 

manual to calculate what they should be.

7.  Verify proper operation of the motorized coolant mixing 

valve on the back of the drive. 

 

•  Locate the Coolant mixing valve on the back of the 

drive, remove the cover from the motor and check 

that the dip-switches are set as 1 ON, 2 OFF, 3 ON 

& 4 OFF. If a change needs to be made, the power 

must be cycled at the panel for the change to be in 

effect. 

 

•  Go to Page 2 of PID setpoints, for the Vyper Coolant 

PID. Ensure the setup is per the setup in this manual. 

If it is, set the Control as Always and the Direction 

as Reverse. Check the indicator disc or arrow on the 

shaft between the valve and the actuator motor that 

it is operating. Once it has moved to one end of the 

stroke, change the Direction back to Forward. This 

should move the Indicator Disc or Arrow back to the 

other end of the stroke. 

 

•  Set the Control back to Running and submit.

8.  Using  a  screw  driver  at  the  operating  handle  on  the 

door, open the drive leaving the power on, so that the 

ride side panel can be opened providing access to the 

logic board.

9.  Re-secure the left side panel.

10. If the Job FLA setting is not correct this can now be set 

using the Job FLA pot on the control logic board. Moni-

tor the value on the Vyper screen of the Quantum

LX 

to determine when the value is properly set.

11.  Test the internal fan and coolant circulation pump op-

eration by removing the P2 plug from the J2 connector 

on the control logic board. Removing this plug will start 

these  devices.  You  will  hear  the  fans  run.  The  circu-

lation in the coolant loop should be seen through the 

clear  hose,  proving  the  circulation  pumps  operation. 

Reconnect the P2 plug to the J2 connector to turn off 

these devices. Doing this test will create a Low Inverter 

Base-Plate Temperature shutdown on the Quantum

LX 

that will need to be cleared.

12.  Close the drive completely and with power still on, do a 

simulated run of the compressor by pressing the manual 

start  button  on  the  Quantum

LX.  This  should  engage 

the  blower  motors  on  the  compressor  drive  motor  to 

verify proper rotation and operation of the blower mo-

tors. Rotational arrows on the fan housing shows prop-

er  rotation,  correct  if  necessary  by  changing  any  two 

wires at the blower motor connection box with power 

locked out.

13.  Turn power off with the operating handle on the door of 

the drive. Open the drive and check to ensure the panel 

is  de-energized.  Carefully  replace  wires  624  and  675. 

Tighten to 12 lb-in.

Summary of Contents for Frick Vyper 305/254 Horsepower

Page 1: ...3b 3c THIS MANUAL CONTAINS RIGGING ASSEMBLY START UP AND MAINTENANCE INSTRUCTIONS READ THOROUGHLY BEFORE BEGINNING INSTALLATION FAILURE TO FOLLOW THESE INSTRUCTIONS COULD RESULT IN DAMAGE OR IMPROPER...

Page 2: ...TECTION 28 MOTOR RTD THERMAL PROTECTION 29 TEMPERATURE CONTROL VALVE WIRING 29 DRAWING NOTES 30 MOTOR COOLING BLOWER WIRING 30 ANALOG BOARD WIRING 31 QUANTUM LX COMMUNICATIONS WIRING 32 INSTALLATION C...

Page 3: ...Valve 34 Figure 32 Step 4 Close the Drain and Refill the Unit 34 Figure 33 Step 5 Reapply power and Unplug J2 34 Figure 34 Step 6 Top Off the Cooling System 34 Figure 35 Step 7 Replace the Pipe Plug a...

Page 4: ...ic con trol equipment All safety precautions consistent with opera tion of high current and voltage electrical equipment should be strictly enforced JOB INSPECTION Immediately upon arrival examine all...

Page 5: ...GING AND HANDLING The Vyper cabinet unit is best moved via lifting lugs on the top sides of the cabinet Special care must be exercised not to damage the pump or peripheral equipment on the rear of the...

Page 6: ...in the INSTALLATION section of this manual Verify that all control power 120 VAC communications analog wiring and 460 VAC power are in separate metallic conduits Properly shielded and grounded analog...

Page 7: ...tables in this manual to calculate what they should be 7 Verify proper operation of the motorized coolant mixing valve on the back of the drive Locate the Coolant mixing valve on the back of the driv...

Page 8: ...operating frequency range of the drive The unit is started with the compressor fully unloaded until the frequency reaches the minimum operating frequency range In addition the drive is capable of oper...

Page 9: ...feet Adequate service clearances including door swing must be maintained around the Vyper Care should be taken to ensure that the Vyper and it s associated piping and wiring do not obstruct the acces...

Page 10: ...GER PRESSURE DROP In order to adequately size piping and booster pump require ments the pressure drop of the coolant across the heat Figure 3 Minimum Flow Rates GLYCOL exchanger must be known Figure 4...

Page 11: ...g procedures for electronic equipment instal lation These procedures do not override any rules by the NEC but are to be used in conjunction with the NEC code and any other applicable codes With exclus...

Page 12: ...from various locations can create multiple potentials resulting in ground loop currents A single ground wire 10 AWG or 8 AWG from the electronic control panel that is bonded to the control power neut...

Page 13: ...e grounded at both ends When not required to be in metal or other material by na tional or local codes conduits for the power feed 3 phase of constant speed starters may be PVC When not required to be...

Page 14: ...ure Route the conduit to the sides or bottom of the panel and use a conduit drain If the conduit must be routed to the top of the panel use a sealable conduit fitting which is poured with a sealer aft...

Page 15: ...ng shutdown protection for a Quantum panel the panel may not see the loss of the 3 phase voltage on the motor because the UPS may prevent the motor starter contactor from dropping out With the starter...

Page 16: ...nce the Vyper has a 0 95 minimum power factor at all operational loads and conditions Capacitors can be located at one or several places on a distribution system Solid state motor controllers may not...

Page 17: ...fiers SCRs and 3 diodes One SCR and one diode are contained in each module Three modules are required to covert the three phase input AC voltage to DC voltage 1SCR 3SCR The modules are mounted on a li...

Page 18: ...SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 18 Figure 10 Vyper Elementary Wiring Diagram NOTE Drawings for specific units can be found in the door of the Vyper drive or check with Frick Engineer...

Page 19: ...module does not rupture if a failure were to occur on the DC link of the Filter Power Unit THE THREE PHASE INDUCTOR provides some impedance for the filter to work against It effectively limits the rat...

Page 20: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 20 Figure 12 Harmonic Filter Elementary Wiring Diagram NOTE Typical Check with engineering for latest drawings...

Page 21: ...nd shutdowns as sociated with the Vyper coolant temperature reading These wil also be factory set for a Low Temp alarm and shutdown at 85 F and 80 F with a 90 second delay when running The High Temp A...

Page 22: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 22 Liquid Cooled Vyper P I Diagram Economized...

Page 23: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 23 Liquid Cooled Vyper P I Diagram Noneconomized...

Page 24: ...d also helps to maintain the rigidity of the cabinet during service The channel assembly VSD cabinet is mounted on two extension brackets welded to pads on the system s oil separator All package mount...

Page 25: ...e top left of the cabinet that designates the point of entry for the incoming power This is the only acceptable point of entry for power into a Vyper drive For remote mounted 305 and 437 HP Vyper driv...

Page 26: ...ernal capacitors resistors to discharge the DC bus and allow for safe maintenance of the unit Failure to do so may cause serious injury or death Also ensure that all power has been removed from the le...

Page 27: ...tor Size Termination Torque 3 8 lug Compression 216 240 in lb ELECTRICAL CONDUITS All power wiring must be contained in metallic conduit All compressor motor wiring must be in a separate metallic cond...

Page 28: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 28 Figure 20 Motor Thermistor Protection WIRING DIAGRAM OPTIONS...

Page 29: ...e speed drive systems Frick employs two types of thermal protection for motors One method uses thermistors and one method uses RTDs Figures 20 25 show the wiring scheme for both options MOTOR Thermist...

Page 30: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 30 MOTOR COOLING BLOWER WIRING Figure 23 Motor Cooling Blower Wiring Figure 24 Notes for Figures 20 23 and 25 DRAWING NOTES...

Page 31: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 200 IOM SEP 13 Page 31 ANALOG BOARD WIRING Figure 25 Analog Board Wiring...

Page 32: ...blower fans if present Mounting a Verify that the Vyper Drive is properly mounted to the floor or wall for remote mounts or to the package for package mounted units b Verify that the Vyper power lead...

Page 33: ...drive operation THREE INSTALLATION STEPS Installation of the Vyper can be done in a few easy steps Before beginning the Setup Procedures be sure that the cabinet has the proper electrical connections...

Page 34: ...il the fluid level re mains constant about one inch form the top of the manifold See Figure 34 Step 7 Replace and tighten the plug on the top of the mani fold using an adjustable wrench See Figure 35...

Page 35: ...ential pressure the motor speed will increase to meet the capacity requirement When the slide valve reaches the Capacity Control Slide Valve setpoint the motor speed can increase At this point the sli...

Page 36: ...r can select either the Vyper or the Har monic Filter setup screens See Figure 39 The flydown menu allows the user to select either the Vyper Drive setup or if the Harmonic Filter is installed the dis...

Page 37: ...ring the VSD memory and resetting the kWh record Standby Time The VSD enters Standby mode when there is no load on the VSD The VSD capacitor banks remain charged and the compressor output is 0 Hz Stan...

Page 38: ...indicate the status of the field They are displayed as the following 0 no off 1 yes on VSD Operating Mode Harmonic Filter Present Harmonic Filter Operating Mode Water Pump Energized Precharge Relay E...

Page 39: ...ompressors via the SFS 229 Frick Interface Board This is accomplished through the reception of a Speed Command value in rotations per minute and a Run Command signal from the Quantum LX control panel...

Page 40: ...on The screen shown in Figure 43 will appear Type 2 into the User Level field Enter Level 2 password Return to the menu and the Home screen The home screen will now provide additional information as s...

Page 41: ...pacity Regulations and Package spe cific information Verify that Screw Compressor with Vyper is selected under the package Drive field This will allow the Vyper specific screens to be displayed See Fi...

Page 42: ...set to PID Channel 5 Use the table below to program the proper settings Parameter Value Name Drive Cooling Control Running Action Forward Control Point Vyper Coolant Device Source Analog Board 2 Devi...

Page 43: ...ng the motor and the drive from high currents High Motor Amps Load Inhibit Force Unload Delay Warning 5 SEC Shutdown 5 SEC Applied Motor FLA Calculation IF USE Mtr Nameplate SF 1 0 Mtr Nameplate FLA 1...

Page 44: ...Inhibit Applied Motor FLA x 1 1 374 A Force Unload Applied Motor FLA x 1 12 380 A Warning Applied Motor FLA x 1 13 384 A Shutdown Applied Mtr FLA x 1 15 391 A High Motor Amps Load Inhibit 357 Force U...

Page 45: ...A Shutdown Applied Mtr FLA x 1 15 339 A High Motor Amps Load Inhibit 310 Force Unload 324 Delay Warning 330 5 SEC Shutdown 337 5 SEC Example 4 What are the High Motor Amp setpoints if a 437 HP Vyper...

Page 46: ...r The Rate of Decrease setting works in conjunction with the Cycle Time setting to provide variability in the desired speed change step rate The Vyper has an internally set rate of deceleration of 6 0...

Page 47: ...ating compressors for the base load This allows the required quick response and also prevents the rapid cycling on and off of the other compressors in the system Some additional Vyper features require...

Page 48: ...advance to the Compressor Safeties Screen Figure 51 Compressor Safeties Screen 1 2 Figure 52 2 1 Turndown Suggested Control Strategy Step 2 Refer to Figure 51 Use the cursor arrow and Tab keys to navi...

Page 49: ...for the operation shown in Figure 52 VFD Proportional Band This is the value above the Capac ity Control setpoint for forward action at which the output to the drive will match the maximum output set...

Page 50: ...com munication address with the Quantum LX Panel To config ure the switches for proper communication set switches 1 through 6 to the OFF position Place switch 7 in the ON position The resulting MODBU...

Page 51: ...e trim pot control until the desired Job FLA setting is achieved The Quantum LX screen will provide feedback to the operator as the adjust ment is made Close the Vyper cabinet and secure with the door...

Page 52: ...to operate properly The switches should be set at the factory but it is good practice to verify the settings before starting the Vyper The switches should be set as shown in Figure 62 Figure 61 Frick...

Page 53: ...ndicators RX TX Logic Board to Quantum LX 8 J16 Communications Cable Logic Board to Quantum LX 9 Communications Indicators RX TX Logic Board to Filter Board 10 J15 Communications Cable Logic Board to...

Page 54: ...e tubing has a milky white coating this indicates that the coolant is corroding the inside of the cooling system and oxidizing the aluminum If any of these conditions exist the coolant may have bacter...

Page 55: ...A The input current to the Vyper may be considerably lower compared to the output current This is due to the power factor at the input to the Vyper being greater than 0 95 and nearly unity when the Ha...

Page 56: ...oftware generates for the basic compressor package there are warnings and shutdowns that are associated with the Vyper drive operation These can be initiated by the Quantum LX panel or the Vyper drive...

Page 57: ...C Baseplate Temperature Occurs when the Phase C baseplate temperature reaches 165 F and this will unload the Slide Valve FRICK VYPER FAULT CODES Quantum LX Failure Code Quantum LX Failure Message 1 V...

Page 58: ...r each board and they must be correctly installed There are a total of seven 7 EPROMs in each Vyper system These EPROMs are cre ated as a set and cannot be intermixed All pins must be properly inserte...

Page 59: ...pt applying to Phase C Inverter Baseplate Temperature Fault 13 Low Phase B Inverter Baseplate Temperature Message Quantum Fault 13 Quantum LX Low Phase B Inverter Baseplate Temperature The phase bank...

Page 60: ...r board and relayed to the Vyper Logic board to initiate a system shut down The single phase control uses circuitry to detect the loss of any one of the three input phases The trigger board will detec...

Page 61: ...these conditions connect a 12 VDC source such as a battery charger used to charge automobile batteries and apply 12 VDC between the positive bus and negative bus plates on power unit while measuring...

Page 62: ...is generated when communications between the Quantum LX Panel and the Frick Interface board or the Frick Interface board and Vyper Logic board is disrupted for a least 22 seconds Check the shielded c...

Page 63: ...board Fault 50 Harmonic Filter High DC Bus Voltage Message Quantum Fault 50 Quantum LX Harmonic Filter High DC Bus Voltage Fault The harmonic filter s DC link voltage is continuously moni tored and if...

Page 64: ...be equal to or greater than 50 VDC 41 VDC for 50 HZ 1 10 second after the filter precharge relay is energized Also the filter s DC bus voltage must be equal to or greater than 525 VDC 425 VDC for 50...

Page 65: ...should be replaced If the voltages are not equal check the wiring between the bleeder resistors 12RES and 13RES and the filter power unit Also check the value of these resistors They should be 3000 oh...

Page 66: ...the line frequency is within range RECOMMENDED SPARE PARTS 305 254 HP NOTE This list is based on one unit When stocking for more than one unit the quantity should be adjusted to meet your individual r...

Page 67: ...ronic 1 ALL 025 40386 000 Board SCR Trigger 60 Hz 1 ALL 031 02060 001 Board SCR Trigger 50 Hz 1 ALL 031 02060 002 Kit VSD Power Module IGBT with Gate Driver Board 1 437 362 371 04164 001 437 362 HP OP...

Page 68: ...transformer 13 multiple ground conductors 12 NEC code book 11 NEMA rating 14 Optical Isolation 15 parallel connect 14 plant supply transformer 13 point to point wiring 11 Quantum LX panel 15 refriger...

Page 69: ...r 9 21 heat exchanger 21 32 33 56 horseshoe jumper 58 I IGBT 60 IGBT Module 61 IGBT module 56 IGBT transistor 61 impedance 8 input fuses 60 INSTALLATION 4 16 AC line choke 17 Analog Board Wiring 31 An...

Page 70: ...verage Current 38 Baseplate Temperature 38 Capacity Regulations 41 Clear Standby Time 37 Clear VSD Memory 38 Comm 1 41 Converter Heatsink Temp 38 Current Phase 38 Current Value Timer 38 DC Bus Voltage...

Page 71: ...T1 lug 55 temperature sensor 17 61 temperature sensors 32 test button 56 thermistors 28 thermistor sensor 61 Three Phase Inductor 19 timeout 66 Total Demand Distortion 59 Total Harmonic Distortion 8...

Page 72: ...age 72 Johnson Controls 100 CV Avenue Waynesboro PA 17268 1206 USA Phone 717 762 2121 FAX 717 762 8624 www jci com frick Form 100 200 IOM 2013 09 Supersedes 100 200 IOM 2012 09 Subject to change witho...

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