NEMA 4X (IP66) - NEMA 4X Enclosed AC Drives for Harsh Environments
- Brand: Bardac Devices
- Product Code: NEMA 4X (IP66)
Description:
NEMA 4X (IP66) Enclosed Drives
For harsh, wet & dirty environments
- Switched -
version with keypad, display, speed pot, forward/off/reverse switch, and power isolator switch.
- Unswitched -
version with keypad and display.
Description:
NEMA 4X (IP66) Enclosed Drives
For harsh, wet & dirty environments
- Switched -
version with keypad, display, speed pot, forward/off/reverse switch, and power isolator switch.
- Unswitched -
version with keypad and display.
Features
- 40°C ambient temperature
- Conduit cable entry
- Padlockable power switch
- ModbusRTU port
- ABS moldings & corrosion resistant heat sink
- All standard drive features included
- Brake standard on sizes 2 & 3
- Optional internal Ethernet size 2 & 3
- Standards - UL, C-UL, CE, C-Tick
Options:
- drive.web savvy smart programmable automation
- savvyPanel graphical, touch screen operator technology
- Easy, off site Internet access to the complete system Ethernet peer to peer networking
- Ethernet ModbusTCP and EIP
- Additional smarty i/o option
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