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Details, datasheet, quote on part number:VX1500
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Datasheet text preview:
JAGUAR VX
Sensorless Vector Variable Frequency Inverters - 0.4kW to 280kW s High performance, Torque Vector Control s Up to 250% torque at 1Hz s Low torque ripple at low speed s Fast torque response - 200mS, 0 - 100% load s Load speed regulation < 1% open loop s User friendly self tuning to motor s Ultra compact IP20 enclose ( 22kW) s Dual LED/LCD plain English display s User programmable I/O s Low motor noise profile s Auto energy saving function s Renowned IMO 5 year warranty
Torque Vector System
5
VX400 4 9 12.6 VX550 5.5 13 18.2 VX750 VX1100 VX1500 VX1850 VX2200 2.2 5.5 7.7 VX750P VX1100P VX1500P VX1850P VX2200P 7.5 18 24.4 11 24 36.3 15 30 48.5 18.5 39 59 22 45 72
Specifications
JAGUAR VX ORDER CODES JAGUAR VXP ORDER CODES MOTOR RATING (kW) RATED O/P CURRENT (A) 100% RATED I/P CURRENT RMS (AT 400V)* HEAT LOSS (W) (AT 2 KHz CARRIER FREQUENCY) INPUT VOLTAGE/FREQUENCY WEIGHT (Kg) INPUT POWER FACTOR** OUTPUT VOLTAGE FREQUENCY 2.4 0.96 3.2 0.95 3 PHASE 3.2 0.94 3.2 0.93 3.2 0.94 380 TO 415V (+10%,-15%) 6.5 0.95 5.3/6.5 0.95 10.6/6.5 0.95 50/60 Hz (+5%,-5%) 10.6/11.5 10.6/11.5 0.94 0.95 10.6/12 0.96 45 50 65 85 110 140 200 315 340 450 510 VX40 0.4 1.5 1.7 VX75 0.75 2.5 2.9 VX150 1.5 3.7 5.5 VX220
3 PHASE
0 - V INPUT
0.2 - 400 Hz (`P' MODELS 0.2 - 120 Hz)
JAGUAR VX ORDER CODES JAGUAR VXP ORDER CODES MOTOR RATING (kW) RATED O/P CURRENT (A) 100% RATED I/P CURRENT RMS (AT 400V)* HEAT LOSS (W) (AT 2 KHz CARRIER FREQUENCY) INPUT VOLTAGE/FREQUENCY WEIGHT (Kg) INPUT POWER FACTOR** OUTPUT VOLTAGE FREQUENCY NOTES * **
VX30K
VX37K
VX45K
VX55K
VX75K
VX90K
VX110K VX132K VX160K VX200K VX220K
VX30KP VX37KP 30 60 58 37 75 71
VX45KP VX55KP VX75KP 45 91 85 55 112 104 75 150 141
VX90KP VX110KP VX132KP VX160KP VX200KP VX220KP VX280KP 90 176 168 110 210 203 132 253 243 160 304 293 200 377 363 220 415 400 280 520 508
1200
1400
1600
1900
2300
2700
3000
3400
4000
4600
5000
6000
3 PHASE 36 0.95 36/37 0.95 37/44 0.95 45/54 0.95
380 TO 415V (+10%,-15%) 54/61 0.95 61/88 0.95 88 0.95 88/120 0.95
50/60 Hz (+5%,-5%) 120/125 0.95 125/177 0.95 177 0.95 177 0.95
3 PHASE
0 - V INPUT
0.2 - 400 Hz (`P' MODELS 0.2 - 120 Hz)
FIGURES FOR INPUT ARE QUOTED WHEN USING A DC REACTOR FROM VX30K AND VX30KP UP, NO REACTOR < 30KW AT 100% FULL LOAD CURRENT AND USING DC REACTOR
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Jaguar VX Basic circuit configuration and terminals
WARNING! INVERTER MUST BE EARTHED
m na Markings for DC * Termiinall Markings for DC bus reactor and Braking bus reactor and Braking Resistor or Braking Resistor for Braking Unit The marking of these The marking of these terminals varies between terminals varies between different sizes of Jaguar VX different sizes of Jaguar VX inverter. Please refer to ipages r19, 20 and 21 to nverte . Please refer for manual for specific details. specific detail.
Braking resistor (option) for all inverters. DC Bus reactor (Optional 22kW) P(+)
RTS DB BU N(-)
RTS = Volt-free NC contact for thermal protection.
GND (PE)
Link P1 to (*) if DC reactor not required
GND (PE)
P(+)
2 0V Braking unit (option). Applicable to VX1100, VX1500P, VX30K 1 24V and inverters larger than these.
On-board braking IGBT and resistor applicable only to VX40 to VX750 and VX750P to VX1100P. Disconnect the internal resistor (R) before connecting an external resistor.
P1
Input contactor 3-phase power supply 50Hz or 60Hz
*
R
*
*
L1 L2 L3 Note (1)
Power charge LED `CRG' Current detection Gate drive
U V W GND (PE)
M
Analog voltage frequency ref. input (Pot. 1k, 1W)
(13) (12) (11) (C1) +ve (FMA)
+10V DC
Z
SMPS
Voltage detection
Connect via RF filter (if fitted)
0V A/D +24V DC
250
Note (2)
DC voltage detection Keypad Panel
Earth busbar at MCC
4-20mA analog input Programmable analog output Digital output
0 to 10V DC Pulse output 0V
Keys
CPU
LED, LCD displays
(FMP) (CM)
(V1) Note (3) (FWD) 4.7k (REV) 4.7k
BU 12 RTS
Frequency command switch Accel / Decel regulator Function generator
PWM generator
Autovoltage regulator Torque vector calculator Protective logic
PRICE INFORMATION AND ORDERING
(THR) 4.7k (HLD) 4.7k (X1) 4.7k (X2) 4.7k
Input signal
A/D
CPU
(AX1) Run relay (AX2) output Note (3) (30C) Trip (30B) relay (30A) output (Y1E) (Y2E)
Control inputs
(X3) 4.7k (X4) 4.7k (X5) 4.7k (BX) 4.7k (RST) 4.7k (P24) or (CMS) Note (6) 0V +24V DC
Output signal
(Y3E) (Y4E) (Y5E) (CMC)
Programmable outputs
0V NOTES (1) (2) (3) (4) (5) (6)
(P24) or (CMS) Note (6) (CM) Note (4)
For inverters rated 22kW the inrush contactor is replaced by an SCR. 0V Common Terminals (11) and Voltage detection circuit applicable for inverters 30kW only. (CM) are optically isolated. Standard for inverters 30kW, optional for smaller models. Relay status shown as at inverter Two terminals (CM) standard for inverters 22kW, one for 30kW. `power ON' or `healthy'. If motor thermistors are required, please consult IMO. Internal +24V DC supply terminal designated P24 (22kW) or CMS (30kW).
Jaguar VX Control circuit connections
Purpose Terminal 11 12 Analog frequency setting 13 C1 Terminal Name Speed reference 0V common Potentiometer input Potentiometer supply Current loop input Description For use with terminals 12, 13 and C1 (and V1, 30kW only) Maximum speed demand is at +10V with a 0V to +10V DC input. Input impedance 20k (22kW), 22k (30kW). Regulated +10V DC power supply for 1k min. speed control potentiometer. Input 10mA max. Maximum speed demand is at 20mA with a 4-20mA DC input, impedance 250. Inverter output frequency is proportional to current input signal, zero speed = 4mA. Bipolar 0V to ±10V input. 0V common terminals for general use. If FWD and FWD-P24 closed: Motor runs forward open: Motor decelerates to rest REV are both closed or both open, inverter REV-P24 closed: Motor runs in reverse open: Motor decelerates to rest output STOPS. HLD-P24 closed: Latches momentary FWD or REV inputs open: FWD/REV non-latching BX-P24 closed: Inhibit inverter output instantaneously open: Normal
V1* CM FWD REV HLD BX THR Programmable inputs RST X1 X2 X3 X4 X5 P24 P24 Meter outputs FMA FMP CMC Y1E Programmable outputs Y2E Y3E Y4E Y5E Relay outputs 30A 30B 30C AX1* AX2*
Auxiliary freq. reference 0V common Forward and STOP command Reverse and STOP command FWD/REV command hold Coast-to-stop command External Trip/Alarm input Trip/Alarm RESET Programmable input 1 Programmable input 2 Programmable input 3 Programmable input 4 Programmable input 5 +24V DC power supply Analog meter Pulse frequency meter Open-collector common Programmable output 1 Programmable output 2 Programmable output 3 Programmable output 4 Programmable output 5 Normally open Normally closed Common Run relay
THR-P24 closed: Normal open: Trip (OH2) inverter output instantaneously If RST-P24 closed for 100ms, inverter internal fault trips are reset, and also alarm 30A/B/C (see below). Preset speeds or motorised potentiometer Preset speeds or mains-to-inverter changeover Preset acc/dec command. LOC/REM changeover. DC injection brake command. Preset acc/dec times. 2nd motor V/F ratio. Data protection enable/disable. 24V current source for programmable I/O terminals and for FWD, REV, HLD, BX, THR, RST and X1 to X5. Output frequency, current, torque or load factor can be selected. 0V to +10V DC at 2mA max. (Min. impedance 5k) Pulse output proportional to inverter output frequency. Pulse frequency 6 to 100 x O/P Hz at +10V DC (adjustable). 0V Output: 27V DC, Up to 16 different outputs can be programmed 50mA per from the operating Functions representative of O/P channel, total 50mA dynamic operating conditions. maximum. Factory defaults: Caution Y1E Inverter running Y2E FAR Y3E FDT Y4E Overload early warning Y5E Undervoltage
Read Technical Manual before use.
Relay changes state when an internal protection function is active and when the inverter trips. Contact: 250V AC, capacity 0.5A, cos 0.3 Relay closes when inverter is running Contact: 250V AC, capacity 0.5A, cos 0.3 Two CM terminals for 22kW, one for 30kW.
* Standard for 30kW only, optional for 22kW.
PRICE INFORMATION AND ORDERING
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