V3 Series - V3 Series – AC Variable Torque, Fan & Pump Drives
- Brand: Bardac Devices
- Product Code: V3 Series
Description:
Up to 350 HP at 460 Volts
230, 460, 500, 600 Volt Models
Energy Efficient AC Variable Torque,Fan & Pump Drive for:
HVAC
Building systems
Climate control
Flow control
Description:
Up to 350 HP at 460 Volts
230, 460, 500, 600 Volt Models
Energy Efficient AC Variable Torque,Fan & Pump Drive for:
HVAC
Building systems
Climate control
Flow control
Features
Features
Energy efficient fan & pump drives with a fast payback!
Options:
- drive.web savvy smart programmable automation
- savvyPanel graphical, touch screen operator technology
- Easy, off site Internet access to complete systems
- Ethernet peer-to-peer networking
- Extended i/o
- EIP, ModbusTCP, ProfibusDP, DeviceNet
- Remote keypad
- 3 additional relay outputs for cascade control
- Additional smarty i/o option
- Built in power isolator switch sizes 2 & 3
Motor Compatibility:- Induction motors
- PM AC motors
- Brushless DC motors
- Synchronous reluctance motors
- Low input harmonic current distortion
- Compliant with EN61000-3-12
- >98% drive efficiency
- Low audible motor noise
- Clear, OLED, multi-language display
- Internal EMC filter
- Smart energy optimization
- Smart pump & fan functions
- Resonance avoidance
- Sleep/wake functions
- Intelligent maintenance intervals
- 110% overload, 60 secs
- Motor flux braking
- ModbusRTU, BACnet
- Energy optimization for max efficiency
- Built-in DC bus chokes in frames 6 - 7
- Dedicated HVAC and centrifugal pump controller
- Energy optimization for maximum efficiency
- Built-in hours run and kWh meters
- Built-in PID controller
- Advanced application functions for easy programming
- High frequency switching (up to 32kHz) for quiet running
- Programmable i/o
- Power loss ride through
- 40°C ambient
- HVAC functions:
- Bi-directional Fire Mode for emergency ventilation
- Drive fault bypass select
- Sleep mode with auto boost
- Pump functions:
- Blockage detection/clear/stir
- Adjustable cleaning cycle
- Multi-pump cascade control
- Dry run protection
- Pump pre-heat anti condensation mode
- Standards - UL, CE, C-Tick on all models
Dimensions
IP20 Drives Frame Size 2 3 4 5 6 7 8 Height (ins) 8.7” 10.3” 40" Height (mm) 221 261 995 Width (ins) 4.4" 5.2" 19" Width (mm) 110 131 482 Depth (ins) 7.3" 8.1" 19" Depth (mm) 185 205 480 Weight (LB/KG) 4/1.8 7.7/3.5 282/128 NEMA 4X (IP66) Drives Frame Size 2 3 4 5 6 7 8 Height (ins) 10.1” 12.2” Height (mm) 257 310 Width (ins) 7.4" 8.3" Width (mm) 188 211 Depth (ins) 9.4" 10.5" Depth (mm) 239 266 Weight (LB/KG) 10.6/4.8 17/7.7 NEMA 12 (IP55) Drives Frame Size 2 3 4 5 6 7 8 Height (ins) 17.8" 21.3" 34.1" 50.4" Height (mm) 450 540 865 1280 Width (ins) 6.8" 9.3" 13.0" 13.0" Width (mm) 173 235 330 330 Depth (ins) 9.9" 10.6" 13.0" 14.2" Depth (mm) 252 270 330 360 Weight (LB/KG) 25/12 51/23 121/55 196/89
Specifications
Input Ratings
Supply Voltage | 200 – 240 ± 10% | 380 – 480 ± 10% | 500 – 600 ± 10% |
Supply Frequency | 48 – 62 Hz | ||
Displacement PF | > 0.98 | ||
Phase Imbalance | 3% Maximum allowed | ||
Inrush Current | < Rated current | ||
Power Cycles | 120 per hour max, evenly spaced |
Output Ratings
Power Output | 230V, 1-ph in: 1-3 HP (0.75-2.2 kW) | 230V, 3-ph in: 1-120 HP (0.75-90 kW) | 460V, 3-ph in: 1-350 HP | 575V, 3-ph in: 1-150 HP |
Overload Capacity | 110% for 60 secs, 125% for 2 secs. | |||
Output Frequency | 0-120Hz, 0.1 Hz resolution |
Ambient Ratings
Temperature | Storage: -40°C to 60°C | Operating: -10°C to 40°C | ||
Altitude | Up to 1000m ASL without de-rating | Up to 2000m Max UL Approved | Up to 4000m Max (non UL) | Above 1000m, de-rate 1% per 100m |
Humidity | 95% non-condensing |
Enclosures
Ingress Protection | NEMA4X (indoor) sizes 2, 3; NEMA12 sizes 4 to 6 |
Programming
Keypad | Standard: built in keypad | Optional: Remote keypad | Optistick memory stick |
USB or Ethernet Option | software | ||
Display | Bright Red LED (IP20 Enclosure) | Bright Green OLED text (NEMA12, NEMA4X, and Size 8 Enclosures) |
Control
Control Modes | ECO sensorless vector | Four motor options: Standard Induction, PMAC, BLDC, Sync Rel | |
Modulation | 4 – 32 kHz effective | ||
Stop Mode | Ramp to stop – adjustable 0.1-600 secs | Coast to stop | |
Braking | Motor flux braking (DC injection) | Built in brake transistor | |
Skip Frequency | Single point user adjustable | ||
Analog Setpoint Control | 0-10v, 10-0v, ±10v | 0-20mA, 20-0mA, 4-20mA, 20-4mA | |
Digital Setpoint Control | Keypad | ModbusRTU | BACnet |
Automation | Optional | Ethernet distributed control + programmable control, extra i/o, operator stations | |
Communications Options | , ModbusTCP, EIP, DeviceNet, Profibus |
i/o Specification
Power Supply | 24VDC, 100mA short protected | 10VDC, 5mA for setpoint potentiometer |
Programmable Inputs | 3 x Digital 10 to 30 VDC, response < 4ms 2 x Analog/digital | |
Programmable Outputs | 2 x Analog, 0-10V, 0-20mA, 4-20mA | 2 x Relay NO, 6A @ 250VAC, 5A @ 30VDC |
Control & Monitoring
PID | Internal PID with feedback display | |
Fault Memory | Last 4 trips stored with time stamp | |
Data Logging | Current, temperature, DC Bus volts prior to trip | |
Maintenance Indicator | Service life monitor with user adjustable interval | |
Monitoring | Drive hours run & cooling fan run time | Resettable and non-resettable kWh meters |
Application Functions
HVAC Functions | Fire mode for emergency ventilation | |||
Pump Functions | Pump blockage detection | Pump cleaning cycles | Multi-pump cascade control | Pump stir mode |
Accessories
2rout_user_guide_v2pt01.pdf
Bardac_AC_Drive_Brake_Resistors_Installation_Guide_82-BRAKE-IN_v3.00.pdf
Bardac_P2_Encod_Option_User_Guide_v1.1.pdf
Bardac_Specification_For_Variable_Speed_Drives_v2.11.pdf
Bardac_T2-CASCD-IN_Manual_v1.01.pdf
T2-THMKT_Mounting-Instructions.pdf
hvac_option_user_guide_v1pt00.pdf
logip_option_user_guide_v1pt01.pdf
optidrive_size6_choke_user_guide_v2pt00.pdf
optipad_user_guide_v1pt00.pdf
optiport2_user_guide_v1pt00.pdf
optistick_user_guide_v2pt00.pdf
Advanced User Guides
P2_Advanced_User_Guide_Issue_06.pdf
optidrive_plus_advanced_user_guide_v3pt05.pdf
optidrive_plus_vms_washing_machine_v1pt00.pdf
Drawings
Bardac_E3_IP20_Size1_OutlineDrawings.zip
Bardac_E3_IP20_Size1_STEP.zip
Bardac_E3_IP20_Size2_OutlineDrawings.zip
Bardac_E3_IP20_Size2_STEP.zip
Bardac_E3_IP20_Size3_OutlineDrawings.zip
Bardac_E3_IP20_Size3_STEP.zip
Bardac_E3_IP20_Size4_OutlineDrawings.zip
Bardac_E3_IP20_Size4_STEP.zip
Bardac_E3_IP20_Size5_OutlineDrawings.zip
Bardac_E3_IP20_Size5_STEP.zip
Bardac_E3_IP66_Size1_OutlineDrawings.zip
Bardac_E3_IP66_Size1_STEP.zip
Bardac_E3_IP66_Size2_OutlineDrawings.zip
Bardac_E3_IP66_Size2_STEP.zip
Bardac_E3_IP66_Size3_OutlineDrawings.zip
Bardac_E3_IP66_Size3_STEP.zip
Bardac_E3_Series_AllDrawings_AllSTEP.zip
Bardac_P2_V3_IP20_Size2_OutlineDrawings.zip
Bardac_P2_V3_IP20_Size2_STEP.zip
Bardac_P2_V3_IP20_Size3_OutlineDrawings.zip
Bardac_P2_V3_IP20_Size3_STEP.zip
Bardac_P2_V3_IP20_Size4_OutlineDrawings.zip
Bardac_P2_V3_IP20_Size4_STEP.zip
Bardac_P2_V3_IP20_Size5_OutlineDrawings.zip
Bardac_P2_V3_IP20_Size5_STEP.zip
Bardac_P2_V3_IP20_Size8_OutlineDrawings.zip
Bardac_P2_V3_IP20_Size8_STEP.zip
Bardac_P2_V3_IP55_Size4_OutlineDrawings.zip
Bardac_P2_V3_IP55_Size4_STEP.zip
Bardac_P2_V3_IP55_Size5_OutlineDrawings.zip
Bardac_P2_V3_IP55_Size5_STEP.zip
Bardac_P2_V3_IP55_Size6_OutlineDrawings.zip
Bardac_P2_V3_IP55_Size6_STEP.zip
Bardac_P2_V3_IP55_Size7_OutlineDrawings.zip
Bardac_P2_V3_IP55_Size7_STEP.zip
Bardac_P2_V3_IP66_Size2_OutlineDrawings.zip
Bardac_P2_V3_IP66_Size2_STEP.zip
Bardac_P2_V3_IP66_Size3_OutlineDrawings.zip
Bardac_P2_V3_IP66_Size3_STEP.zip
Bardac_P2_V3_Series_AllDrawings_AllSTEP.zip
JL Series
jl-series_product_manual_v5pt15k.pdf
E2 Series Single Phase
optidrive_e2_1p_user_guide_v3pt10.pdf
AN-ODE-2-038_modbus_RTU_control_and_register_mapping.pdf
AN-ODE-2-055_commissioning_single-phase_output_drives.pdf
AN-ODE-2-060_use_of_drive_on_generator_supplies.pdf
AN-ODE-2-070_mounting_drives_in_control_panels.pdf
E2 Series Volts Per Hertz
optidrive_e2_ip55_nema12_user_guide_v1pt03.pdf
optidrive_e2_user_guide_v3pt30.pdf
AN-ODE-2-001_setting_the_motor_nameplate_details.pdf
AN-ODE-2-002_setting_up_acceleration_and_deceleration_ramp_rates.pdf
AN-ODE-2-003_setting_the_required_stopping_mode.pdf
AN-ODE-2-004_locking_parameters_to_prevent_changes.pdf
AN-ODE-2-005_displaying_motor_speed_in_RPM.pdf
AN-ODE-2-006_configuring_voltage_and_current_reference_inputs.pdf
AN-ODE-2-007_using_the_skip_frequency_function.pdf
AN-ODE-2-008_selecting_the_start-restart_mode.pdf
AN-ODE-2-009_programming_the_drive_user_relay.pdf
AN-ODE-2-010_using_the_2ROUT_option.pdf
AN-ODE-2-011_using_the_display_scaling_function.pdf
AN-ODE-2-012_using_standby_mode.pdf
AN-ODE-2-014_hand_auto_operation.pdf
AN-ODE-2-015_modifying_the_V-F_output_characteristic.pdf
AN-ODE-2-017_using_the_brake_circuit.pdf
AN-ODE-2-021_setting_up_preset_speeds.pdf
AN-ODE-2-024_energy_optimisation_function.pdf
AN-ODE-2-025_remote_push-button_speed_control.pdf
AN-ODE-2-026_remote_keypad_control_with_autorun.pdf
AN-ODE-2-030_using_the_2nd_deceleration_ramp_time.pdf
AN-ODE-2-032_PI_closed_loop_feedback_control_applications.pdf
AN-ODE-2-038_modbus_RTU_control_and_register_mapping.pdf
AN-ODE-2-045_using_multiple_motors_in_parallel.pdf
AN-ODE-2-057_switching_frequency_derating_information.pdf
AN-ODE-2-060_use_of_drive_on_generator_supplies.pdf
AN-ODE-2-061_87Hz(104Hz)_operation_of_standard_induction_motors.pdf
AN-ODE-2-062_use_of_fan_components_in_drive_construction.pdf
AN-ODE-2-070_mounting_drives_in_control_panels.pdf
E3 Series Open Loop Vector
Bardac_E3_Brochure_v2.14_HighRes.pdf
Bardac_E3_Brochure_v2.14_LowRes.pdf
Bardac_E3_NEMA_4X|IP66_Outdoor_Manual_v1.07.pdf
Bardac_E3_Series_Manual_v2.00.pdf
Bardac_E3_Single_Phase_Manual_v2.00.pdf
P2 Series Closed Loop Vector
Bardac_P2_Series_Manual_v3.01.pdf
Bardac_P2_Solar_Pump_Manual_v1.02.pdf
AN-ODP-2-002_setting_up_acceleration_and_deceleration_ramp_times.pdf
AN-ODP-2-003_selecting_the_required_stopping_mode.pdf
AN-ODP-2-004_locking_parameters_to_prevent_changes.pdf
AN-ODP-2-005_displaying_motor_speed_in_RPM.pdf
AN-ODP-2-006_configuring_voltage_and_current_reference_inputs.pdf
AN-ODP-2-007_using_the_skip_frequency_function.pdf
AN-ODP-2-008_selecting_the_start-restart_mode.pdf
AN-ODP-2-009_programming_the_drive_user_relays.pdf
AN-ODP-2-010_additional_relay_output_option_modules.pdf
AN-ODP-2-011_using_the_display_scaling_function.pdf
AN-ODP-2-012_using_standby_mode.pdf
AN-ODP-2-015_modifying_the_constant_V-F_output_characteristic.pdf
AN-ODP-2-021_setting_up_preset_speeds.pdf
AN-ODP-2-024_energy_optimisation_function.pdf
AN-ODP-2-025_remote_push-button_speed_control.pdf
AN-ODP-2-045_using_multiple_motors_in_parallel.pdf
AN-ODP-2-050_permanent_magnet_motor_control.pdf
AN-ODP-2-058_encoder-less_vector_control_for_3-phase_induction_motors.pdf
AN-ODP-2-060_drives_on_generator_supplies.pdf
AN-ODP-2-070_mounting_drives_in_control_panels.pdf
Bardac_AN-P2-001_Setting-Motor-Nameplate-Details.pdf
Bardac_AN-P2-027_Master-Slave-Network-Operation.pdf
Bardac_AN-P2-034_Hoist-Applications_v1.01.pdf
Bardac_AN-P2-038_Modbus_RTU_Control_and_Register_Map.pdf
V2 Series HVAC
optidrive_v2_bacnet_user_guide_v1pt00.pdf
optidrive_v2_user_guide_v2pt00.pdf
AN-ODV-2-001_setting_the_motor_nameplate_data.pdf
AN-ODV-2-002_setting_up_acceleration_and_deceleration_ramp_rates.pdf
AN-ODV-2-003_selecting_the_required_stopping_mode.pdf
AN-ODV-2-004_locking_parameter_to_prevent_changes.pdf
AN-ODV-2-005_displaying_motor_speed_in_RPM.pdf
AN-ODV-2-006_configuring_voltage_and_current_reference_inputs.pdf
AN-ODV-2-007_using_the_skip_frequency_function.pdf
AN-ODV-2-008_selecting_the_start-restart_mode.pdf
AN-ODV-2-009_programming_the_drive_output_relays.pdf
AN-ODV-2-010_additional_relay_output_modules.pdf
AN-ODV-2-011_using_the_display_scaling_function.pdf
AN-ODV-2-012_using_standby_mode.pdf
AN-ODV-2-015_modifying_the_VF_characteristic.pdf
AN-ODV-2-021_setting_up_preset_speeds.pdf
AN-ODV-2-024_energy_optimisation_function.pdf
AN-ODV-2-025_remote_push-button_speed_control.pdf
AN-ODV-2-027_master-slave_network_operation.pdf
AN-ODV-2-038_modbus_RTU_control_and_register_mapping.pdf
AN-ODV-2-045_using_multiple_motors_in_parallel.pdf
AN-ODV-2-051_using_the_external_extended_IO_module.pdf
AN-ODV-2-060_use_of_drives_on_generator_supplies.pdf
AN-ODV-2-062_use_of_fan_components_in_drive_construction.pdf
AN-ODV-2-068_using_optiflow_multi_pump_cascade_control.pdf
AN-ODV-2-073_multi_pump_cascade_control.pdf
AN-ODV-2-074_using_the_maintenance_timer.pdf
AN-ODV-2-075_load_torque_monitoring_function.pdf
AN-ODV-2-076_using_the_pump_clean_function.pdf
AN-ODV-2-077_using_the_pump_stir_function.pdf
AN-ODV-2-078_bypass_operation.pdf
AN-ODV-2-080_motor_pre-heating_function.pdf
V3 Series Eco
Bardac V3 Eco User Guide Rev 2.02g.pdf
Bardac_V3_ECO_Pump_Brochure_v2.13_HighRes.pdf
Bardac_V3_ECO_Pump_Brochure_v2.13_LowRes.pdf
AN-ODV-3-001_setting_the_motor_nameplate_data.pdf
AN-ODV-3-002_setting_up_acceleration_and_deceleration_ramp_rates.pdf
AN-ODV-3-003_selecting_the_required_stopping_mode.pdf
AN-ODV-3-004_locking_parameters_to_prevent_changes.pdf
AN-ODV-3-005_choosing_Hz_or_RPM.pdf
AN-ODV-3-006_configuring_voltage_and_current_reference_inputs.pdf
AN-ODV-3-007_using_the_skip_frequency_function.pdf
AN-ODV-3-008_selecting_the_start-restart_mode.pdf
AN-ODV-3-009_programming_the_drive_output_relays.pdf
AN-ODV-3-010_additional_relay_output_modules.pdf
AN-ODV-3-011_using_the_display_scaling_function.pdf
AN-ODV-3-012_using_standby_mode.pdf
AN-ODV-3-015_constant_or_variable_torque_operation.pdf
AN-ODV-3-038_modbus_RTU_control_and_register_mapping.pdf
AN-ODV-3-078_bypass_operation.pdf