Drivecon Crane Commander ES Series Instruction Manual

Ac drives for cranes and hoists

Hide thumbs

Table Of Contents

Table of Contents

Quick Links

Download this manual

Instruction Manual

Crane Commander

ES Series AC Drives

for Cranes and Hoists

rev. 11-13-02

cces-man.p65

Table of Contents

Need help?

Do you have a question about the Crane Commander ES Series and is the answer not in the manual?

Questions and answers

Summary of Contents for Drivecon Crane Commander ES Series

Page 1 Instruction Manual Crane Commander ES Series AC Drives for Cranes and Hoists rev. 11-13-02 cces-man.p65...
Page 2: Table Of Contents
Table of Contents Foreward Examination before installation and purchase history Chapter 1 Safety Precautions Precautions of operation Environmental precautions Chapter 2 Hardware Instruction and Installation Operation Environment Sample model number identification Specifications of CCES models Wiring the inverter Dimensions & location of terminal block Chapter 3 Software Index Keypad operating instructions...
Page 3: Foreward
To fully employ all functions of the inverter, and to ensure the safety of users, please read through this operating manual in detail. Should you have any further inquiry, please feel free to contact your local distributor or Drivecon at 1-800-374-8266 toll free or 847--855-9150. Our staff will be glad to serve whatever your need.
Page 4: Examination Before Installation And Purchase History
Failure to inspect the inverter may lead to damage of the system and avoidable down time. Should you find any reason to suspect the unit itself or any aspects of the system to be faulty please contact Drivecon toll free at 800-374-8266 or 847-855-9150.
Page 5: Chapter 1 Safety Precautions
Chapter 1: Safety Precautions Precautions of operation Before turning ON power CAUTION! • Choose appropriate power source with correct voltage setting as the input voltage specification of the inverter. Check line voltage phase to phase and phase to ground for compliance. WARNING! •...
Page 6 When power is turned ON WARNING! • Do not attempt to install or remove the control panel connector to or from the inverter when the power supply is turned on. Otherwise, the control panel may be damaged due to surge peak caused by the insertion or removal. Under Operation WARNING! •...
Page 7 -10°C and +50°C and the humidity should be under 95% RH non-condensing. Also, the surrounding environment should be free from moisture or metal dust. Typically the inverter requires no special maintenance. However, Drivecon suggests inspec- tion of the inverter with special attention to loose wiring connections. Excessive accumulation of dust or dirt will also shorten the expected life of the inverter.
Page 8: Environmental Precautions
Precautions of operation environment Avoid direct sunlight Keep away from corrosive gas or liquid Keep away from oil, grease, and petroleum products Avoid exposure to rain or dripping water Avoid metal dust and dusty environments Avoid areas of high vibration Avoid extreme heat Keep away from high electrical-magnetic wave or ultra-high wave.
Page 9: Chapter 2 Hardware Instruction And Installation
Chapter 2: Hardware Instructions and Installation Operating Environment The installation site of the inverter poses direct impact to the full functionality and life expect- ancy of your inverter. Please carefully choose an appropriate installation site based on the following criteria: •...
Page 10: Sample Model Number Identification
Correct spacing of inverter relative to surroundings. Ventilation and Installation Ventilation and Installation Direction Direction Front View Front View Sample Model No. Identification Inverter model: CCES-207-xxx Input power rating: AC, 1 ph 200~240V, 50/60 Hz Output rating: AC, 3 ph 0~240V, 1HP, 4.2 Amps CCES- 07 - Series...
Page 11: Specifications Of Cces Models
Specifications of CCES models CCES- CCES- CCES- CCES- CCES- CCES- CCES- CCES- CCES- CCES- Inverter model Applicable Motor Output (KW) 0.75 0.75 Rated Horsepower (HP) Rated Current (A) 10.5 Rated Capacity (KVA) 0.53 0.88 0.53 0.88 Weight (Lbs.) Signal phase Single or three phase 100~120V (+10%, - Single phase 200~240V *...
Page 12: Wiring The Inverter
Wiring Inverter Suitable options and Wiring Specification Molded-Case Circuit Breaker or fuse selection / Magnetic Contactor Warranty does not apply to damage caused by the following situations: Damage to the inverter caused by the lack of appropriate moded-case circuit breaker or fuses or when a circuit breaker or fuse with too large of capacity is installed between the power supply and the inverter.
Page 13 Substantial voltage spikes can be measured at the motor terminals with as little as 30 feet of distance between the motor and VFD. Drivecon recommends the use of our OLF filter or inverter duty motors with 1600V magnet wire.
Page 14 EMI connections: It is very important that the connections between the inverter, the shielded motor cable, and the EMI filters are tested as follows. Use a metal grounding plate and place the frequency inverter and the EMI filter on the plate. Use a shielded motor cable with 4 connectors (U, V, W, and Earth).
Page 15 When the distance between the inverter and the motor is longer than 100 meters, cable wires should be carefully chosen to reduce the voltage loss due to wire resistance below 3%. Voltage drop (V) = √3x Wire resistance (ohm/m) x wire length (m) x current. Control circuitry wiring must be separated, terminated, and away from the primary power circuitry and other high-voltage or large-current power lines to avoid noise interference.
Page 18 Drive terminal strip layouts CCES215, CCES222 CCES407, CCES415 CCES422 TM1 (power) CCES102, CCES104 TM1 (power) CCES202, CCES204 CCES207 All models (low voltage control) D61538 / All models D61539 120V control Inverter terminal descriptions: Primary Circuitry Terminal Block Control Circuitry Terminal Block (TM1) descriptions (TM2) description: 9% $"'Ã...
Page 19: Dimensions & Location Of Terminal Block
SW1 function description S w i t c h 1 E x t e r n a l s i g n a l t y p e aP$ DQDORJ VLJQDO :KHQ ) B LV VHW W R aP$ DQDORJ VLJQDO :KHQ ) B LV VHW W R a 9' &...
Page 20 Models CCES215 CCES222 CCES407 CCES415 CCES422 Dimensions and installation of class B filter...
Page 21 Inverter with class B filter mounted Inverter with class B filter and DIN rail mounted kit Mounting Instructions: Secure via 8-32 x 5/8" (minimum). Machine screws to a flat steel plate. Include suitable lock washer and flat washer.
Page 22 DIN Rail Mounting Diagram Step1- Aim and insert the 4 retention ribs of the DIN Rail at the 4 holes in rear panel of inverter Step2- Push the DIN Rail forward until the Step1- Inserting hole middle rib grips Use a small screwdriver firmly with back inserting it into the middle rib...
Page 23: Chapter 3 Software Index
Chapter 3 Software Index Keypad operating instructions Keypad Description POWER LED DATA RESET CAUTION Do not operate keypad by screwdriver or other sharp-ended tool to avoid damaging keypad. Brief keypad operation flowchart (FREQ) (FREQ) (READ) DATA (CODE No) (DATA) F ×× ×××...
Page 24: Parameter List
CCES-SET (ver10-2).xls CCES Series AC Drives for Crane use (60 Hz system) Function List 60Hz Traverse 60Hz Hoist Customer CODE Function Function Description UNIT RANGE NOTE factory setting factory setting settings Factory adjustment Factory adjustment Accel time Accel time 0.1 sec 00.1~30.0 sec.
Page 25 CCES-SET (ver10-2).xls CCES Series AC Drives for Crane use (50 Hz system) Function List 50Hz Traverse 50Hz Hoist Customer CODE Function Function Description UNIT RANGE NOTE factory setting factory setting settings Factory adjustment Factory adjustment Accel time Accel time 0.1 sec 00.1~30.0 sec.
Page 26: 3.3 Parameter Function Description
3.3 Parameter function description F_00 Factory adjustment parameter. Do not change. F_01 : Acceleration time. Range= 00.1 ~ 30.0 sec F_02 : Deceleration time. Range = 00.1 ~ 30.0 sec 1. Acceleration / Deceleration time calculation formula: Basis= 60 Hz Accelerate time = F_01 x Setting Frequency 60 Hz...
Page 27 F_03 : Creep / Top Speed divisor ratio. Ratio of operating speed when creep input or top speed limit is enabled. Range: 001~030 Note 1: F_03 is only effective when F_19 or F_20 is programmed for creep input or top limit input. Creep and top limit are effective in any mode of speed control set at F_11.
Page 28 F_05 : V/F pattern setting = 1~4 Setting F_05 range: = 1~4 to select one of the 4 preset V/F patterns. (Refer to the following tables) Specification 50 Hz System Application General Application High starting torque V (%) V (%) V/F Pattern 1 2 .
Page 29 F_06 : frequency upper limit range=00.0-01.0~200Hz F_07 : frequency lower limit range=00.0-01.0~200Hz F_06 :Factory setting refer to F_25. NOTE: a: If F_07 = 0 Hz, The frequency instruction is equal to 0Hz, the inverter will stop at 0 speed and display OSP b: If F_07 >...
Page 30 F_11 : Speed Control range: 000~005 = 000 : Keypad = 001 : Analog Speed Pot Terminal (TM2 / TB1) ( 0 ~ 10V / 0-20mA ) = 002 : Analog (TM2 / TB1) (4-20mA) = 003 : 1~3 preset speeds = 004 : 2 step infinitely variable F_06...
Page 31 F_14 : Stopping method range: = 000: Controlled deceleration stop = 001: free run to stop F_15 : DC braking time / free run start range: = 00.0~25.5 sec. F_16 : DC braking starting frequency = 1~10 Hz F_17 : DC braking level = 0~20% If F_14 = 0 When the inverter receives the stop command, it decelerate to the pre-set frequency setup by F_16...
Page 32 F_18: Motor rated current range: 000-001~200 % 1. The electronic thermal overload protection for motor : Motor rated current = Inverter rated current x F_18 F_18 = Motor rated current / inverter rated current (2) When the load is within 100% of the motors rated current, normal operation continues. When the load reaches 150% of the motors rated current the operation is allowed to continue for 1 minute.
Page 33 F_19: Multifunctional input terminal 1 function range: 001~ 006 F_20: Multifunctional input terminal 2 function range: 001~006 F_19=001 , F_20 =001 Multi-speed control: TB1 - #5 Terminal TB1 - #6 Terminal Output frequency O FF F_26 O FF 0-Ser F_27 F_19, F_20=002: External emergency stop.
Page 34 F_19, F_20=004: Reset input when inverter faults. Note: Inverter must be in STOP mode to reset. (All run signals OFF) F_19, F_20=005: Creep input. See function F_03 page 25 F_19, F_20=006: Top Limit. See function F_03 page 25 F_21: Multifunctional output terminal control range: 001~005 F_21=001: Run mode signal operating F_22=002:...
Page 35 F_22: Output current detect level range: 000~150% Trigger level of multifunction output when F_21=004. Sets level where output switches to active state. Hysteresis is 10% of set point. F_23: Output frequency detect level range: 01.0~200 Trigger level of multifunction output when F_21=005. Sets level where output switches to active state. Hysteresis is 1.0% of set point.
Page 36 F_25 : Return to Factory Pre-Settings = 010 : Constants initialization to 50Hz system Traverse mode = 011 : Constants initialization to 50Hz system Hoist mode = 020 : Constants initialization to 60Hz system Traverse mode = 021 : Constants initialization to 60Hz system Hoist mode When F_25 is set to 010 or 011, all parameters are restored to 50 Hz factory settings.
Page 37: Malfunction Indication And Countermeasure
Malfunction Indications and Countermeasures Manual reset inoperative malfunctions hˆy‡Ãp‚qr 8‚‡r‡ Q…‚ihiyrÃphˆ†r 8‚ˆ‡r…€rh†ˆ…r yhprÃhÃS8Ã†ˆ…trÃhi†‚…ir…Ãv …‚t…h€Ãr……‚… Pˆ‡†vqrÃ‚v†rÃv‡r…sr…rpr ƒh…hyyryÃv‡uÃ‡urÃ‚v†rÃtrr…h‡vt €htr‡vpÃp‚‡hp‡‚…Ãp‚vy† @@ SPHÃr……‚… @@ SPHÃqrsrp‡v‰r SrƒyhprÃ@@ SPH W‚y‡htrÃ‡‚‚ÃuvtuÃuvyrÃ‚‡ ÃÃ ‚r…Ã†‚ˆ…prÃ‰‚y‡htrÃ‡‚‚Ãuvtu ÃÃ@‘h€vrÃ‡urÃƒ‚r…Ã†ˆƒƒy’ ‚ƒr…h‡vt !ÃÃ9r‡rp‡v‚Ãpv…pˆv‡…’Ãqrsrp‡v‰r !ÃÃSr‡ˆ…Ã‡urÃv‰r…‡r…Ãs‚…Ã…rƒhv… W‚y‡htrÃ‡‚‚Ãy‚ÃuvyrÃ‚‡ ÃÃ ‚r…Ã†‚ˆ…prÃ‰‚y‡htrÃ‡‚‚Ãy‚ ÃÃ@‘h€vrÃ‡urÃƒ‚r…Ã†ˆƒƒy’ ‚ƒr…h‡vt !ÃÃ9r‡rp‡v‚Ãpv…pˆv‡…’Ãqrsrp‡v‰r !ÃÃSr‡ˆ…Ã‡urÃv‰r…‡r…Ãs‚…Ã…rƒhv… ÃÃ9r‡rp‡v‚Ãpv…pˆv‡Ãqrsrp‡v‰r D‰r…‡r…Ã‚‰r…urh‡ÃuvyrÃ‚‡ ÃÃSr‡ˆ…Ã‡urÃv‰r…‡r…Ãs‚…Ã…rƒhv… !ÃÃ@‰v…‚€r‡Ã‚‰r…urh‡Ã‚…Ãƒ‚‚…...
Page 38 Manual Reset and Auto-Reset Operative Malfunction hˆy‡Ãp‚qr 8‚‡r‡ Q…‚ihiyrÃphˆ†r 8‚ˆ‡r…€rh†ˆ…r ÃÃH‚‡‚…Ãp‚vyÃ†u‚…‡pv…pˆv‡Ãv‡u r‘‡r…hyÃu‚ˆ†vt ÃÃ@‘h€vrÃ€‚‡‚… …h†vr‡Ã‚‰r…pˆ……r‡Ã†‡h…‡vt !ÃÃH‚‡‚…Ãp‚rp‡v‚Ãv…rÃ†u‚…‡ !ÃÃ@‘h€vrÃv…vt &6 €hpuvr pv…pˆv‡rqÃv‡uÃt…‚ˆq "ÃÃSrƒyhprÃ‡…h†v†‡‚…Ã€‚qˆyr "ÃÃ …h†v†‡‚…Ã€‚qˆyrÃqh€htrq #ÃÃSrƒyhprÃv‰r…‡r… #ÃÃ9…v‰r…ÃQ87Ãqh€htrq ÃÃ6ppryr…h‡v‚Ã‡v€rÃ†r‡‡vtÃ‡‚‚ ÃÃ6qwˆ†‡Ãhppryr…h‡v‚Ã‡v€rÃ‡‚Ãy‚tr… †u‚…‡ †r‡‡vt &$ P‰r…pˆ……r‡Ãh‡Ãhppryr…h‡v‚ !ÃÃD€ƒ…‚ƒr…ÃWAÃsrh‡ˆ…rÃ†ryrp‡v‚ !ÃÃ6qwˆ†‡Ã‡‚ÃhÃƒ…‚ƒr…ÃWAÃpˆ…‰r "ÃÃ6ƒƒyvrqÃ€‚‡‚…Ãphƒhpv‡’Ãr‘prrq† "ÃÃSrƒyhprÃhqÃv†‡hyyÃh‚‡ur… v‰r…‡r…Ãphƒhpv‡’ v‰r…‡r…Ãv‡uÃhƒƒ…‚ƒ…vh‡rÃphƒhpv‡’ ÃÃ …h†vr‡Ãhy‡r…h‡v‚†Ã‚sÃ‡urÃy‚hq ÃÃ@‘h€vrÃ‡urÃy‚hqvtÃp‚svtˆ…h‡v‚ P‰r…pˆ……r‡Ãh‡ÃÃp‚†‡h‡ &&...
Page 39 Special Conditions Description hˆy‡Ãp‚qr 8‚‡r‡ Q…‚ihiyrÃphˆ†r XurÃAf 2ÃAf&2ÃhqÃs…r„ˆrp’Ã†r‡‡vtÃ1Ã ÃC“ r…‚Ã†ƒrrqÃ†‡‚ƒƒvt XurÃAf 2 ÃAf&1Af%ÃÃ ÃhqÃs…r„ˆrp’Ã†r‡‡vtÃ1ÃAf%ÃÃ UurÃv‰r…‡r…Ã†r‡ˆƒÃ‡‚Ãr‘‡r…hyÃ‚ƒr…h‡v‚ÃAf 2 ÃÃDsÃ‡urÃTUPQÃxr’ÃvÃ‡ur xr’ƒhqÃv†Ãƒ…r††rqÃh‡Ã‡urÃ€vqqyrÃ‚sÃ‚ƒr…h‡v‚Ã‡urÃv‰r…‡r…Ã†‡‚ƒ†Ãhpp‚…qvtÃ‡‚ Fr’ƒhqÃr€r…trp’Ã†‡‚ƒ ‡urÃ†r‡‡vtÃvÃAf #ÃhqÃsyh†uÃTQ!Ãhs‡r…Ã†‡‚ƒÃÃUurÃSVIÃ†v‡puÃ€ˆ†‡ÃirÃ‡ˆ…rq PAAÃ‡urÃPIÃ‡‚Ã…r†‡h…‡Ã‡urÃ€hpuvr XurÃ‡urÃr‘‡r…hyÃr€r…trp’Ã†‡‚ƒÃ†vthyÃv†Ãhp‡v‰h‡rqÃ‡u…‚ˆtuÃ‡urÃ€ˆy‡vsˆp‡v‚ ( @‘‡r…hyÃr€r…trp’Ã†‡‚ƒ vƒˆ‡Ã‡r…€vhyÃ‡urÃv‰r…‡r…Ãqrpryr…h‡r†ÃhqÃ†‡‚ƒ†ÃÃD‰r…‡r…Ãsyh†ur†Ã@TÃhs‡r… †‡‚ƒ†ÃÃSrsr…Ã‡‚Ãv†‡…ˆp‡v‚†Ãs‚…ÃAf (ÃhqÃAf!Ãqr‡hvy XurÃ‡urÃr‘‡r…hyÃ76T@Ã7GP8F†vthyÃv†Ãhp‡v‰h‡rqÃ‡u…‚ˆtuÃ‡urÃ€ˆy‡vsˆp‡v‚ EE @‘‡r…hyÃ76T@Ã7GP8F ‡r…€vhyÃ‡urÃv‰r…‡r…Ã†‡‚ƒ†Ã‚ˆ‡ƒˆ‡Ãv€€rqvh‡ry’ÃhqÃsyh†ur†ÃiiÃs‚…Ãvqvph‡v‚ …rsr…Ã‡‚Ãv†‡…ˆp‡v‚†Ãs‚…ÃAf (ÃhqÃAf!Ãs‚…Ãqr‡hvy Pppˆ…†ÃurÃi‚‡uÃA‚…h…qÃhqÃSr‰r…†rÃh…rÃ†v€ˆy‡hr‚ˆ†y’Ãr‡r…rqÃÃ8yrh…† A‚…h…qÃÃSr‰r…†rÃr……‚… h†Ã†‚‚Ãh†Ãƒ…‚iyr€Ãv†Ãp‚……rp‡rq Pppˆ…†ÃurÃvƒˆ‡Ã†r„ˆrprÃv†Ã‚‡ÃvÃp‚……rp‡Ã‚…qr…ÃÃSr†r‡Ãi’Ãp‚……rp‡vt Dƒˆ‡Ã†r„ˆrprÃr……‚…...
Page 40: General Malfunction Examination Method
General Malfunction Examination method i‚…€hyv‡’ 8urpxÃQ‚v‡ 8‚ˆ‡r…€rh†ˆ…r 8urpxÃvsÃ‡urÃƒ‚r…Ã†‚ˆ…prÃ‚ D†Ã‡urÃƒ‚r…Ã†‚ˆ…prÃ‰‚y‡htr qryv‰r…rqÃ‡‚ÃG ÃG!ÃG" Uˆ…Ãƒ‚r…Ã†‚ˆ…prÃPAAÃhqÃ‡urÃPIÃhthv ‡r…€vhyÃv†Ã‡urÃpuh…tvt vqvph‡‚…Ãvyyˆ€vh‡rq4 Srp‚sv…€Ã‡urÃƒ‚r…Ã‰‚y‡htrÃyr‰ry D†Ã‡ur…rÃ‰‚y‡htrÃ‚ˆ‡ƒˆ‡Ãs…‚€ ‚ˆ‡ƒˆ‡Ã‡r…€vhyÃU ÃU!Ãhq Uˆ…Ãƒ‚r…Ã†‚ˆ…prÃPAAÃhqÃ‡urÃPIÃhthv U"4 D†Ã‡urÃ€‚‡‚…Ãv…rqÃp‚……rp‡y’4 8urpxÃ€‚‡‚…Ãv…vt ‚‡‚…Ãv‚ƒr…h‡v‰r D†Ã‡ur…rÃh’Ãhi‚…€hy p‚qv‡v‚Ã‚sÃ‡urÃv‰r…‡r…4Ãvr) shˆy‡Ãqv†ƒyh’ Srsr…Ã‡‚Ãv†‡…ˆp‡v‚†Ã‡‚Ãr‘h€vrÃhqÃp‚……rp‡Ãv…vt D†Ã‡urÃs‚…h…qÃ‚…Ã…r‰r…†r v†‡…ˆp‡v‚Ãhp‡v‰r4 D†Ã‡urÃhhy‚tÃs…r„ˆrp’ 8urpxÃ‡‚Ã†rrÃvsÃv…vtÃs‚…Ãhhy‚tÃs…r„ˆrp’Ãvƒˆ‡Ã†vthyÃv†Ãp‚……rp‡ †r‡‡vtÃp‚……rp‡4 8urpxÃvsÃ‡urÃs…r„ˆrp’Ãvƒˆ‡Ã†r‡‡vtÃ‰‚y‡htrÃv†Ãp‚……rp‡ D†Ã‡urÃ‚ƒr…h‡v‚Ã€‚qrÃ†r‡‡vt 8urpxÃƒ…‚t…h€Ãƒh…h€r‡r…† p‚……rp‡4 D†Ãv…vtÃ‚Ã‡urÃ‚ˆ‡ƒˆ‡ ‡r…€vhy†ÃU ÃU!ÃhqÃU" Uˆ…ÃPAAÃƒ‚r…ÃhqÃ†hƒÃ‚ˆ‡ƒˆ‡Ãƒuh†r†Ã‡‚Ã€‚‡‚… p‚……rp‡4 ‚‡‚…Ã‚ƒr…h‡rÃv...
Page 41: Chapter 4 Troubleshooting Procedures
Chapter 4: Troubleshooting Procedures WARNING! : Troubleshooting must be carried out by a qualified service person. Damage or injury Troubleshooting flow charts can result if proper safety precautions are not observed. ‰r…‡r…ÃHhysˆp‡v‚ CAUTION! : Disconnect motor prior to commenc- ing any troubleshooting procedures 8yrh…y’Ãqrsvrq Ã€hysˆp‡v‚...
Page 42 Yes, the problem has been corrected Is there any abnormality indication output current of all phases in balance condition. The inverter is normal now. The inverter is out of order. Detail examination is required. Contact Drivecon for further instructions.
Page 43 Connect motor and Problem? proceed with operation. Is there any malfunction indication Is output current of all phases in balance condition. Inverter is out of order. Detail examination is required. Contact Drivecon for further instructions. The inverter is normal now.
Page 44 Is there any malfunction indication? Is output current of all phases in balance condition. The inverter is out of order. Detail examination is required. The inverter is Contact Drivecon for instructions. normal now.
Page 45 Chapter 4: Troubleshooting Procedures Motor Inoperative Is circuit breaker (MCCB) switched ON? Can not Wiring short-circuit Can you switch ON the MCCB? Is the • Power source voltage between ABNORMAL abnormality L1-L2 power input terminals normal? • Poor wiring Normal (within +/- 10% of nominal CCES malfunction Is Power LED off ?
Page 46 Chapter 4: Troubleshooting Procedures Motor overheat Reduce loading there over-loading Enlarge CCES and condition or the load current exceeds rated Motor capacity current? Operate at low Select another motor speed for a long time? Is the voltage level between CCES malfunction T1-T2, T2-T3, and T3-T1 normal? Is there...
Page 47 Chapter 4: Troubleshooting Procedures Irregular motor operation Is the appropriate Increase or decrease acceleration/ During acceleration or acceleration / deceleration time setting deceleration ? deceleration time appropriate? Appropriate Reduce load. Increase CCES and motor capacity Is the voltage level CCES malfunction between T1-T2, T2-T3, and T3-T1 normal? YES (The differences between different wires are within 3%)
Page 48 Routine examination and periodical examination Inverter requires routine and periodical examination and maintenance. Carry out the examination only after the "Power LED" indicator goes off for at least 5 min- utes. Examination period Maintenance Maintenance item Examination method Criterion Countermeasure description Routine 1 year...
Page 49: Maintenance And Examination
Maintenance and Examination Frequent examination and maintenance is not required for the inverter. To maintain appropriate reliability, please proceed with the following periodical examina- tion. Remember to turn off power supply and wait until the Power LED goes off before proceeding.
Page 50: Voltage And Current Measurement
Voltage and Current Measurement The result for measuring primary and secondary voltage and current will be somewhat differ- ent because of the variety of measuring instruments and harmonics generated by inverter. Refer to the following illustration for measurement. @6TVS@ @IU U@TUDIBÃQPDIUT U@TU@S S@ 6SFT...
Page 51 EMI Filter (Class B) Specifications &XUUHQW 0RGHO 'LPHQVLRQV LQFKHV ,QYHUWHU PRGHO YDOXH $ &&(6 &&(6 &&(6 (6) [ [ &&(6 &&(6 Din Rail Specifications (for use with CCES102, CCES102, CCES204, CCES207 inverter models) Model: DIN ES-201 Dimensions: 5.42"...
Page 52: Specifications Of Braking Resistor
Specification of Braking Resistor 7…hxvt H‚qryÃ‚sÃi…hxvt U‚…„ˆr Tv“ rÃ‚s 7…hxvt 7…hxvt Tv“rÃ‚s 7…hxvt …r†v†‡‚… …r†v†‡‚… ‚s …r†v†‡‚… Xrvtu‡ ‰r…‡r…Ã€‚qry ‡…h†v†‡‚… …r†v†‡‚…Ãiˆvy‡ U‚…„ˆrÃ‚sÃi…hxvt H‚‡‚… …r†v†‡‚… €‚qry 7…hxvt G‘X‘C IXÃxt iˆvy‡Ãv v FX @9ÃÈ †‡‚pxÃÆ È vpur† Xh‡‡† Pu€† 7SI!!& &!$Ã‘Ã...
Page 53: Field Parameter Table
CCES-SET (ver10-2).xls CCES Series AC Drives for Crane use (60 Hz system) Function List 60Hz Traverse 60Hz Hoist Customer CODE Function Function Description UNIT RANGE NOTE factory setting factory setting settings Factory adjustment Factory adjustment Accel time Accel time 0.1 sec 00.1~30.0 sec.
Page 54 CCES-SET (ver10-2).xls CCES Series AC Drives for Crane use (50 Hz system) Function List 50Hz Traverse 50Hz Hoist Customer CODE Function Function Description UNIT RANGE NOTE factory setting factory setting settings Factory adjustment Factory adjustment Accel time Accel time 0.1 sec 00.1~30.0 sec.
Page 55 Reserved for your notes: ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________ ___________________________________________________________________________...
Page 56: Addendum 1: D61538 / D61539 Isolator
Instruction Manual The D61538 / D61539 Input Signal Isolator Boards are for use with Drivecon Crane Commander ES (CCES) and Commander ES (CES) series of variable frequency drives. They are designed to accept external 110vac or 24vac inputs from switch or relay contacts. The D61538 will accept 110-120vac signals and the D61539 will accept 24vac input signals.
Page 57 D61538 110v Input Isolator Board D61539 24v Input Isolator Board Revision 0 September 28, 2000 Instruction Manual D61538 VFD-SIDE CONNECTOR PINS SHOWN INSERTED INTO VFD CONTROL TERMINALS VIEWED FROM VFD FRONT SURFACE REMOVE THE D61538 BOARD FROM THE VFD CONTROL TERMINALS TO ACCESS THE POWER WIRING CONNECTIONS UNDERNEATH.

This manual is also suitable for:

Crane commander cces102 Crane commander cces104 Crane commander cces202 Crane commander cces204 Crane commander cces207 Crane commander cces215 ... Show all

Drivecon Crane Commander ES Series Instruction Manual

Chapter 1 Safety Precautions

Chapter 2 Hardware Instruction and Installation

Chapter 3 Software Index

Chapter 4 Troubleshooting Procedures

Quick Links

Need help?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Drivecon Crane Commander ES Series

Summary of Contents for Drivecon Crane Commander ES Series

This manual is also suitable for:

Table of Contents