Frick Vyper 572 Installation Operation & Maintenance Download Page 8

VYPER

 VARIABLE SPEED DRIVE

INSTALLATION - OPERATION - MAINTENANCE

100-210 IOM (

JUL

 09)

Page 8

-- Apply power to the Vyper Drive system. 

  A: Confirm dipswitches on the Vyper Logic Board are properly set. Refer to the “VSD Logic Board Setup” section of the 

S100-200 or S100-210 IOM.

  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 Refer to Quantum

LX Panel Setup in 

the Operation portion of the S100-200 or S100-210 IOM.

  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-startup 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, 

needs to be approved by Frick

®

. Failure to obtain approval 

may void warranty. Read all steps thoroughly 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 circulation 

in  the  coolant  loop  should  be  seen  through  the  clear 

hose, proving the circulation pumps operation. Recon-

nect 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 manu-

al 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 proper 

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 Vyper 572

Page 1: ...RIGGING ASSEMBLY START UP AND MAINTENANCE INSTRUCTIONS READ THOROUGHLY BEFORE BEGINNING INSTALLATION FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RESULT IN PERSONAL INJURY OR DEATH DAMAGE TO THE UNIT OR I...

Page 2: ...25 SYSTEM OPERATING CONDITIONS 25 PNEUMATIC CONTROLS 25 VYPER PREINSTALLATION SITE CHECKLIST 26 VYPER POWER AND CONTROL ENTRY LOCATIONS 26 EXTERNAL POWER AND CONTROL WIRING 27 INPUT POWER CONNECTION 2...

Page 3: ...gure 43 Vyper Screen 43 Figure 44 Harmonic Filter Screen 44 Figure 45 Low Motor Amps 45 Figure 46 Motor Screen 45 Figure 47 High Motor Amps 46 Figure 48 Ex 1 Motor Amps Safety Calculation Table 46 Fig...

Page 4: ...ation the equipment must be properly selected and connected to a properly de signed and installed system The engineering plans piping layouts etc must be detailed in accordance with the best practices...

Page 5: ...ns the Frick Part Number the unique Serial Number and the basic Model Number for the unit In addition the data label also has electrical information pertinent to the individual unit NOTE When inquirin...

Page 6: ...400 Volts Package Mount 7 5 HP Oil Pump VYF_RH_S 50 720C0168G19 572 HP Water Cooled 400 Volts Remote Mount 3 HP Oil Pump VYF_RH_M 50 720C0168G20 572 HP Water Cooled 400 Volts Remote Mount 5 HP Oil Pu...

Page 7: ...this manual and Frick publication S90 400 SB Verify that all control power 120 VAC communications analog wiring and 460 VAC power are in separate metallic con duits Properly shielded and grounded anal...

Page 8: ...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...

Page 9: ...itors in series to form a pair and then paralleling a suitable number of pairs to form a capacitor bank In order to assure an equal sharing of the voltage between the series connected capacitors and t...

Page 10: ...INSTALLATION OPERATION MAINTENANCE 100 210 IOM JUL 09 Page 10 Figure 2A Vyper Elementary Wiring Diagram NOTE Drawings for specific units can be found in the door of the VyperTM Drive or check with Fr...

Page 11: ...INSTALLATION OPERATION MAINTENANCE 100 210 IOM JUL 09 Page 11 Figure 2B Vyper Elementary Wiring Diagram NOTE Drawings for specific units can be found in the door of the VyperTM Drive or check with Fr...

Page 12: ...lized to ensure that the IGBT modules do not rupture if a catastrophic failure occurs on the DC link of the filter phase bank assembly The Trap Filter is composed of a series of capacitors C84 C92 ind...

Page 13: ...VYPER VARIABLE SPEED DRIVE INSTALLATION OPERATION MAINTENANCE 100 210 IOM JUL 09 Page 13 Figure 3 VSD Input Current Without Harmonic Filter Figure 4 VSD Input Current With Harmonic Filter...

Page 14: ...ALLATION OPERATION MAINTENANCE 100 210 IOM JUL 09 Page 14 Figure 5A Harmonic Filter Elementary Wiring Diagram NOTE Drawings for specific units can be found in the door of the VyperTM Drive or check wi...

Page 15: ...ALLATION OPERATION MAINTENANCE 100 210 IOM JUL 09 Page 15 Figure 5B Harmonic Filter Elementary Wiring Diagram NOTE Drawings for specific units can be found in the door of the VyperTM Drive or check wi...

Page 16: ...ceed 8 The IEEE 519 Harmonic Filter is highly recommended for crucial applications such as hospitals computer networks airports etc GENERAL OPERATION DESCRIPTION The Vyper serves as the motor starter...

Page 17: ...the VFD cabinet and the motor Figure 6 shows Vyper cabinet mounted on a Frick RWF II refrigeration package Individual systems configurations will vary according to model and horsepower sizes selected...

Page 18: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 210 IOM JUL 09 Page 18 Figure 7 Vyper Cabinet and Stand...

Page 19: ...5 F 57 C 145 F 63 C Baseplate Temp 160 F 71 C 165 F 74 C 175 F 79 C Table 7 Vyper Cabinet Component Temperature Thresholds REMOTE MOUNTED UNITS For the remote mounting method the Vyper cabinet is moun...

Page 20: ...tering Coolant Temperature Limits An upstream strainer is recommended to stop particulate matter from entering the heat exchanger The strainer should be cleaned several times during the first twenty f...

Page 21: ...DROP 912 752 700 572 Models Figure 9 Minimum Flow Rates GLYCOL In order to adequately size piping and booster pump require ments the pressure drop of the coolant across the heat exchanger must be kno...

Page 22: ...VYPER VARIABLE SPEED DRIVE INSTALLATION 100 210 IOM JUL 09 Page 22 Figure 11 Liquid Cooled Vyper P I Diagram Noneconomized Figure 12 Liquid Cooled Vyper P I Diagram Economized...

Page 23: ...ectronic control panel for proper operation See Figure 13 Driving a ground stake at the electronic control will cause additional problems since other equipment in the plant on the same circuits will g...

Page 24: ...equirement of theVSD controlled system and all branch circuits must be considered Size the trans former supplying the Vyper so that the transformer voltage does not sag more than 5 when subjected to l...

Page 25: ...nsitive electronic equipment However in some highly sensitive cases there may be electronic equipment that is affected byVyper originated EMI For those cases Johnson Controls Frick recommends a Harmon...

Page 26: ...top of the left side of the unit Power cables must be in accordance with local and national electrical codes and current safety standards See the Power Wiring section in this manual for more details V...

Page 27: ...s the wiring to be properly installed in order to supply power to the unit for processing The Vyper also outputs processed power to the motor of a compressor package The two connection points are at t...

Page 28: ...f a dV dt snubber filter between the Vyper and the motor to ensure a clean power signal into the motor OUTPUT POWER CONNECTION PACKAGE MOUNT Package mounted Vyper drives have a different output config...

Page 29: ...s refer to the wiring diagrams included inside the Vyper cabinet to ensure the unit is wired following the most up to date version of the wiring diagram QUANTUM LX COMMUNICATIONS WIRING The picture in...

Page 30: ...S LK10 LK8 A B B A LK17 LK7 LK6 LK2 LK5 LK3 LK4 LK8 LK16 422 485 COM1 BAT 1 B LK7 1 LK5 COM2 422 485 LK6 A TB2 4 3 2 2 3 4 LK2 PL10 PL1 2 1 3 COM2 COM2 FLASH SOCKET MEMORY MOD B B PL11 LK3 PL5 LK4 A A...

Page 31: ...OPTIONS The National Electrical Code NEC requires thermal protection for motors operating with variable speed drive systems Frick employs two types of thermal protection for motors One method uses th...

Page 32: ...ng drawings for the specific installation b Verify power wiring has been connected at the correct connection points and properly seated in ac cordance with the provided engineering drawings for the sp...

Page 33: ...ea son such as equipment repair discard the old coolant and replace with new If the color of the coolant turns a brown or green this indicates that a bacteria growth is taking place within the coolant...

Page 34: ...internal passages free from contaminants The illustration in Figure 26 shows the cooling circuit of a remote mounted water cooledVyper The cooling circuit for the glycol cooled version is identical Fi...

Page 35: ...hout the system Allow the pump to run at least 5 minutes until all trapped air is purged from the coolant system Figure 31 VSD Logic Board Connection J2 Step 6 Figure 32 Top off the cooling system unt...

Page 36: ...ll remain at its minimum speed until the slide valve loads above the capacity control Slide Valve setpoint If the slide valve cannot load due to a slide valve load inhibit condition or because the com...

Page 37: ...el Additionally the Quantum LX control panel will control the Vyper Drive and compressor to the user defined parameters programmed at the control panel interface ACCESSING THE VYPER SETUP Specific opt...

Page 38: ...36 Quantum LX Session Screen Step 2 See Figure 37 Once the User Level is programmed press the panel Enter and Submit keys to return to the Operating Status Screen As shown in Figure 36 the Operat ing...

Page 39: ...e time and select the capacity regulations and miscellaneous setpoints as necessary using the cursor arrow and Tab keys to move around the screen to each setpoint Press the Enter key to accept the new...

Page 40: ...ep 2 See Figure 39 Use the cursor arrow and Tab keys to navigate between setpoints Use the keypad to program the parameters listed in Table 12 under Comm1 Callout 1 at the Communications Screen Press...

Page 41: ...ate between setpoints With the keypad program the parameters listed inTable 13 under PID 5 on the PID Setup Screen Press the Enter key to accept each setpoint Step 3 Press the Submit key to accept the...

Page 42: ...nd then selecting Setpoints and Operating Values using the down cursor arrow key Step 2 See Figure 42 The Operating Values menu al lows the operator to select the Vyper or Harmonic Filter Screen Selec...

Page 43: ...nction clears the accumulated kWh totals from the counter since the last reset The value returns to zero upon selecting this option The following Vyper screen parameters display measured values in acc...

Page 44: ...ent Leg 1 2 3 Amps Voltages L1 N L2 N L3 N L1 L2 L2 L3 L3 L1 Voltage Total Supply kVA kVA Total Power Factor Baseplate Temperature F or C DC Bus Voltage Volts Manual Speed Switch Status RPM Figure 44...

Page 45: ...Press the Enter key to accept the value for each field Figure 45 Low Motor Amps High Motor Amps See Figures 46 and 47 The setpoints in High Motor Amps section of the Motor Screen are critical to prot...

Page 46: ...x Line 2 780 A 4 HP rating of Vyper Drive 700 HP 5 Vyper Amp Limit If Line 4 is 700 572 HP value is 880 A If Line 4 is 912 752 HP value is 1180 A 880 A 6 Multiply Line 5 x 1 05 924 A Figure 48 Ex 1 Mo...

Page 47: ...Vyper Amp Limit If Line 4 is 700 572 HP value is 880 A If Line 4 is 912 752 HP value is 1180 A 1180 A 6 Multiply Line 5 x 1 05 1239 A Figure 54 Ex 4 Motor Amps Safety Calculation Table The value of L...

Page 48: ...Minimum Drive Output Speed to a setpoint lower than the minimum speed recommended by the compressor motor may result in severe damage to the compressor motor Minimum Drive Output Speed This parameter...

Page 49: ...ned only by fixing the slide valve and modulating the capacity via Speed control The objective is to get the system into total speed control as quickly as possible and to maintain this strategy in the...

Page 50: ...to 1 turndown applications The Variable Speed Minimum Slide Valve Position is a factory default and is related to the Minimum Drive Output setting However an additional control feature is needed to ov...

Page 51: ...n selecting Setpoints and Compressor Press the ENTER key to advance to the Compressor Safeties Screen Step 2 Refer to Figure 61 Use the cursor arrow and Tab keys to navigate to the Highest Capacity To...

Page 52: ...ure 62 This control strategy is a variation on the generic control strategy described previously Not all applications require or are suitable for the very low speeds obtainable by the Vyper drive Many...

Page 53: ...ion to allow proper com munication Refer to Figure 66 Figure 66 Logic Board SW3 With the actual pressure at 21psig the proportional com ponent would be 20 The Proportional Component is calculated as A...

Page 54: ...of the Vyper Drive is now complete and ready for operation In addition to the eight DIP switches on SW3 jumper JP3 must be installed in order for Vyper control to be set at Refrigeration mode Refer t...

Page 55: ...dicators 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 F...

Page 56: ...larly and replace the coolant annually using the steps described previously in this manual Any time the coolant is removed from system always discard the old coolant and replace with new coolant Coola...

Page 57: ...n in Figure 72 15 Install the three 3 power wire connector tabs using 6 Phillip head screws and torque the screws to 48 in lb 5 5 Nm 10 16 Remove the six 6 Phillips head screws not yet tight ened at t...

Page 58: ...voltage as measured by an oscilloscope Phase to neutral is normally the phase to phase voltage divided by the square root of three or 265 VAC phase to neutral for a 460VAC system The peak value of th...

Page 59: ...pressor has been down for an extended period and the ambient temperature is less than the Low Vyper CoolantTemp warning or shutdown values it may be necessary to lower these settings temporarily in or...

Page 60: ...ake place during initialization Fault 5 message will appear before any other message can be generated Check to see that the serial commu nications have been established by selecting the Motor informat...

Page 61: ...and the converter heat sink temperature falls below the 37 F limit the unit will trip and energize the fan s and coolant pump This feature provides service personnel with a means to run the water pump...

Page 62: ...e B Gate Driver Message Quantum Fault 22 Quantum LX VSD Phase B Gate Driver Fault Same comments as Fault 21 except applying to Phase B Gate Driver Fault 23 Vyper Phase C Gate Driver Message Quantum Fa...

Page 63: ...enter or series capacitor connection to the negative bus and to the positive bus The center point is approximately half of the total DC link voltage When voltage is greater than 88 VDC from the half o...

Page 64: ...ide of the circuit is not shorted to the enclosure Fault 42 Vyperdrive Serial Communication Message Quantum Fault 42 Quantum LX VSD Serial Communications Fault When requesting Status data the response...

Page 65: ...s on the 50 Hz VSD If not the Quantum LX panel will display Fault 47 The unit is shut down and this message is generated if this condition is not met If this shutdown occurs measure the bus voltage at...

Page 66: ...LX panel displays Fault 65 Fault 66 Harmonic Filter Precharge Low DC Bus Voltage Message Quantum Fault 66 Quantum LX Harmonic Filter Precharge Low DC Bus Voltage The DC link voltage will reach at leas...

Page 67: ...nnection to the negative bus and to the positive bus This center point should be approximately half of the total DC link voltage Verify the problem exists using a pair of digital meters mea suring fro...

Page 68: ...speed Fault 83 Harmonic Filter Serial Communication Warning Only Message Quantum Fault 83 Quantum LX Harmonic Filter Serial Communication Warn ing Only When requesting Status data the response data f...

Page 69: ...trol Fan Pump 639A0211H34 10 Amp Cartridge Fuse 3Hp Oil Pump Blower Supply 639A0213H21 15 Amp Cartridge Fuse 5Hp Oil Pump Blower Supply 639A0213H22 20 Amp Cartridge Fuse 7 1 2Hp Oil Pump Blower Supply...

Page 70: ...er 24VAC 639A0211H39 Relay Control Fan Pump 639A0211H34 15 Amp Cartridge Fuse 5Hp Oil Pump Blower Supply 639A0213H22 20 Amp Cartridge Fuse 7 1 2Hp Oil Pump Blower Supply 639A0213H23 7 Amp Cartridge Fu...

Page 71: ...639A0213H49 Filter Upgrade 50Hz 639A0213H50 1 Shaded rows are recommended spare parts Also Used On the 305 437HP Drives MODEL 912 Part Desription Frick Part Filter Logic Board 639A0214H09 Filter Input...

Page 72: ...63 High Internal Ambient Temperature 64 High Inverter Baseplate Temperature 64 High Phase A Instantaneous Current 61 62 High Phase B Instantaneous Current 62 High Phase C Instantaneous Current 62 Ini...

Page 73: ...tor 45 46 47 54 setting user level 38 Standby Time 43 Vyper Screen 42 43 54 Quantum LX Panel 63 Quantum LX Control Panel 19 24 29 32 37 61 63 64 65 66 67 68 69 R Rate of Decrease 48 Rate of Decrease D...

Page 74: ...VYPER VARIABLE SPEED DRIVE NOTES 100 210 IOM JUL 09 Page 74...

Page 75: ...VYPER VARIABLE SPEED DRIVE NOTES 100 210 IOM JUL 09 Page 75...

Page 76: ...full advantage of Q NET technology with all Frick products System integration is what we do Q NET supports open protocols for SCADA systems i e Allen Bradley DF1 Modbus RTU Modbus ASCII and Industria...

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