Description
The IVR 400T Intelligent Pump Controller is a control and protection device for direct connection to three-phase submersible, surface, and deep-well pumps, etc., with power ratings from 11 kW to 37 kW (15 HP to 50 HP), maintaining constant, preset water pressure by changing the pump motor's rotational speed. The IVR 400T (also known as an inverter or variable-frequency drive) is a drive with a three-phase frequency converter, designed specifically to manage the performance of a water pump, allowing it to adapt to a wide range of conditions and requirements of water supply systems. The IVR 400T drive enables the pump to operate more efficiently, safely, and intelligently, reducing energy consumption and extending the pump's service life. The IVR 400T drive is made of high-quality components and materials and uses the latest microprocessor technology.
The IVR 400 T model has multiple operating modes for adaptation to various electrical installations. IVR 400 T series controllers can be used in pump groups of up to 6 pumps—maximum 2 master devices and 4 auxiliary devices.
FEATURES:
- Energy efficiency: compared with traditional methods, a constant-pressure water supply system with a frequency converter saves 30%–60% energy.
- Long-term reliability of cooperating pumps: the average torque and shaft wear are reduced due to the decrease in average rotational speed, ensuring a longer pump service life. The soft-start and stop function eliminates water hammer (the water hammer effect is a sudden increase in pressure accompanying the rapid stopping or starting of liquid flow).
- Comprehensive protection: the system features the most versatile technology for protection against overcurrent, overvoltage, undervoltage, short circuits, locked rotors, and pump dry running without the need to install probes/sensors in the well.
- The controllers can be connected into pump groups of up to 6 pumps. The group is controlled from a single controller selected by the user as the main controller. The others adjust their operation to the system requirements.
APPLICATION
The IVR 400T model is useful wherever it is necessary to maintain constant water pressure in an installation and to control and protect a single pump responsible for automatic switching on and off through various electrical installations.
INTENDED TYPICAL USE:
- water supply from wells,
- greenhouse, garden, and field irrigation,
- rainwater collection and utilization,
- water supply systems,
- industrial equipment.
BASIC PARAMETERS
- Type: IVR-400 T-4T037A0,
- Power: 45 kW,
- Input power supply: 3~400 V,
- Output power supply: 3~400 V,
- Output current: 90 A,
- Dimensions: 34.9/22.7/17.2 cm,
- Weight: 22 kg,
- Mounting hole Ø8.5,
TECHNICAL DATA
- Control mode: Variable-frequency V/F control,
- Starting torque: 0.5 Hz ± 100%,
- Speed control range: 1:100,
- Speed regulation accuracy: ±1.0%,
- Overload tolerance: 150% of rated current for 60 s, 180% of rated current for 1 s.,
- Acceleration/deceleration time: 0.1–3600 s,
- Starting frequency: 0.01–10.00 Hz,
- Input voltage: 400 V ±15%,
- Input frequency range: 50 / 60 Hz, fluctuation ±5%,
- Output voltage: 0–rated input voltage,
- Output frequency: 0–200 Hz,
- Programmable digital input: Two-way digital output connector,
- Programmable analog input: V: 0–5 V | V (remote pressure gauge): 0–10 V | C (pressure transducer): 4–20 mA,
- Relay output: One-way, programmable output,
- OC-type output: One-way, programmable output,
- Command execution channel: Three types of channels:
- Operating panel,
- Control terminal,
- Serial communication port.
Select 1 and 2 for the master drive and 3 for auxiliary devices.
- Built-in PID controller: Advanced PID controller algorithm for closed-loop control systems.
- Stall speed control: Automatic current and voltage limitation during operation,
- Master drive connector: Expandable RS485 structure; one drive in the system can act as the master and control other auxiliary drives (up to four) for communication-based operation. The master drive sends PID controller feedback to the auxiliary drives and monitors their status in real time. Faults in auxiliary drives do not affect other drives.
- Water shortage protection: If the drive detects that the pressure in the pipe is lower than the set water-shortage pressure, the system automatically stops operating. After a specified period, it automatically restarts under certain conditions. If the pressure returns to normal, the system operates normally. Otherwise, the system stops automatically, which, when the pump is idle, maximizes its service life.
- High-pressure alarm: When the pressure exceeds the set value, the system automatically stops operating, helping to prevent pipe damage caused by excessive pressure.
- Automatic energy-saving mode: Automatically reduces the output voltage under light loads to save energy.
- Password setting: A 4-bit password can be set using non-zero numbers. After exiting the setting interface, the password will take effect after 1 minute.
- Parameter locking: Determine whether the parameter is locked while running or stopped in the event of incorrect operation. Operating conditions.
- Installation: Installation should be carried out in conditions free from direct sunlight, dust, corrosive and flammable gases, oil mist, water vapor, and moisture.
- Altitude: Below 1,000 m; above 1,000 m, performance is reduced. Reduce performance by 1% for every 100 m as the temperature increases.
- Ambient temperature –10°C to +40°C; operation with reduced performance at temperatures from 40°C to 50°C.
- Humidity ≤95% RH, without condensation.
- Vibration <5.9 m / S2 (0.6 G).
- Power: 45.0 kW,
- Power supply: 300–400 V,
- Frequency: 50 Hz,
- Current draw: 90.0 A,
- Motor speed: rpm,
- Dimensions: 282/302/555 mm
- Weight: 27.0 kg,
The IVR 400T Intelligent Pump Controller is a control and protection device for direct connection to three-phase submersible, surface, and deep-well pumps, etc., with power ratings from 11 kW to 37 kW (15 HP to 50 HP), maintaining constant, preset water pressure by changing the pump motor's rotational speed. The IVR 400T (also known as an inverter or variable-frequency drive) is a drive with a three-phase frequency converter, designed specifically to manage the performance of a water pump, allowing it to adapt to a wide range of conditions and requirements of water supply systems. The IVR 400T drive enables the pump to operate more efficiently, safely, and intelligently, reducing energy consumption and extending the pump's service life. The IVR 400T drive is made of high-quality components and materials and uses the latest microprocessor technology.
The IVR 400 T model has multiple operating modes for adaptation to various electrical installations. IVR 400 T series controllers can be used in pump groups of up to 6 pumps—maximum 2 master devices and 4 auxiliary devices.
FEATURES:
- Energy efficiency: compared with traditional methods, a constant-pressure water supply system with a frequency converter saves 30%–60% energy.
- Long-term reliability of cooperating pumps: the average torque and shaft wear are reduced due to the decrease in average rotational speed, ensuring a longer pump service life. The soft-start and stop function eliminates water hammer (the water hammer effect is a sudden increase in pressure accompanying the rapid stopping or starting of liquid flow).
- Comprehensive protection: the system features the most versatile technology for protection against overcurrent, overvoltage, undervoltage, short circuits, locked rotors, and pump dry running without the need to install probes/sensors in the well.
- The controllers can be connected into pump groups of up to 6 pumps. The group is controlled from a single controller selected by the user as the main controller. The others adjust their operation to the system requirements.
APPLICATION
The IVR 400T model is useful wherever it is necessary to maintain constant water pressure in an installation and to control and protect a single pump responsible for automatic switching on and off through various electrical installations.
INTENDED TYPICAL USE:
- water supply from wells,
- greenhouse, garden, and field irrigation,
- rainwater collection and utilization,
- water supply systems,
- industrial equipment.
BASIC PARAMETERS
- Type: IVR-400 T-4T037A0,
- Power: 45 kW,
- Input power supply: 3~400 V,
- Output power supply: 3~400 V,
- Output current: 90 A,
- Dimensions: 34.9/22.7/17.2 cm,
- Weight: 22 kg,
- Mounting hole Ø8.5,
TECHNICAL DATA
- Control mode: Variable-frequency V/F control,
- Starting torque: 0.5 Hz ± 100%,
- Speed control range: 1:100,
- Speed regulation accuracy: ±1.0%,
- Overload tolerance: 150% of rated current for 60 s, 180% of rated current for 1 s.,
- Acceleration/deceleration time: 0.1–3600 s,
- Starting frequency: 0.01–10.00 Hz,
- Input voltage: 400 V ±15%,
- Input frequency range: 50 / 60 Hz, fluctuation ±5%,
- Output voltage: 0–rated input voltage,
- Output frequency: 0–200 Hz,
- Programmable digital input: Two-way digital output connector,
- Programmable analog input: V: 0–5 V | V (remote pressure gauge): 0–10 V | C (pressure transducer): 4–20 mA,
- Relay output: One-way, programmable output,
- OC-type output: One-way, programmable output,
- Command execution channel: Three types of channels:
- Operating panel,
- Control terminal,
- Serial communication port.
Select 1 and 2 for the master drive and 3 for auxiliary devices.
- Built-in PID controller: Advanced PID controller algorithm for closed-loop control systems.
- Stall speed control: Automatic current and voltage limitation during operation,
- Master drive connector: Expandable RS485 structure; one drive in the system can act as the master and control other auxiliary drives (up to four) for communication-based operation. The master drive sends PID controller feedback to the auxiliary drives and monitors their status in real time. Faults in auxiliary drives do not affect other drives.
- Water shortage protection: If the drive detects that the pressure in the pipe is lower than the set water-shortage pressure, the system automatically stops operating. After a specified period, it automatically restarts under certain conditions. If the pressure returns to normal, the system operates normally. Otherwise, the system stops automatically, which, when the pump is idle, maximizes its service life.
- High-pressure alarm: When the pressure exceeds the set value, the system automatically stops operating, helping to prevent pipe damage caused by excessive pressure.
- Automatic energy-saving mode: Automatically reduces the output voltage under light loads to save energy.
- Password setting: A 4-bit password can be set using non-zero numbers. After exiting the setting interface, the password will take effect after 1 minute.
- Parameter locking: Determine whether the parameter is locked while running or stopped in the event of incorrect operation. Operating conditions.
- Installation: Installation should be carried out in conditions free from direct sunlight, dust, corrosive and flammable gases, oil mist, water vapor, and moisture.
- Altitude: Below 1,000 m; above 1,000 m, performance is reduced. Reduce performance by 1% for every 100 m as the temperature increases.
- Ambient temperature –10°C to +40°C; operation with reduced performance at temperatures from 40°C to 50°C.
- Humidity ≤95% RH, without condensation.
- Vibration <5.9 m / S2 (0.6 G).