Model | TPH4T2KIC
Model | TPH4T2KSIC
Model | TPH8T2KIC
Model | TPH25T2KIC
Model | TPH8T2KSIC
Model | TPH25T2KSIC

Constant Pressure Inverter Control System

Constant Pressure Inverter Control System
TPH_IC Series

  • Inverter controller can continuously adjust the motor speed to meet constant pressure water supply requirements.
  • Intelligently adjusts based on water usage conditions to achieve high efficiency and energy savings.
  • Parallel operation may be configured according to actual operational requirements.
Motor Power (kW)
Inverter Power (kW)
Pre-Set Pressure (kg/cm²)
Nominal Set Flow (L/min)
0.38 - 6.95
0.75 - 7.5
Up to 8.0
Up to 415

Features

Inverter Controller
The motor starts smoothly during water usage, with the inverter controller continuously adjusting the motor speed via pressure sensor feedback to maintain stable pressure at the preset value.
Smart and Energy-Saving
The pump will maintain a constant operating pressure at the pressure setting, ensuring a stable water supply even though occasionally the output flow is over the capacity.
Dry-Run Protection
Auto shutoff after 1 minute of dry run; restarts hourly until water is restored.
Auto Stop Upon Flow Interruption
The pump will automatically cycle down as water usage decreases.
Pressure Compensation
Automatically detects pressure loss and operates the pump to maintain the pressure setting if there is leakage or dripping in the piping system.
Parallel Operation
When a single unit cannot meet the required pressure and flow, a second unit automatically starts to operate in parallel. It shuts down once demand decreases and one unit is sufficient.
Low-Noise Operation
The horizontal multistage centrifugal pump features low operational noise.

Operating Conditions

Ambient Temp.
Max. +40°C
Liquids Temp.
+4°C ~ +75°C
System Pressure
Max. 10 kg/cm²
Inlet Pressure
Lower than the constant pressure setting limit.

Motor

Enclosure Protection Class
IP44 (Standard type)
IP54 (Optional)
Insulation Class
F

Model code

Select Frequency

TPH2T_IC
TPH4T_IC
TPH8T_IC
TPH12T_IC
TPH25T_IC

TPH_IC Series Applications

Applied in chillers to transport cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems.
Applied in chillers to transport cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems.
Meeting the water extraction, storage, and constant pressure supply needs of large construction. Paired with VFDs to adjust pressure based on requirements.
Transfers rainwater from collection to tanks for secondary uses. Supports sensor and smart control for automatic start-stop based on demand.
Provides water circulation, pressure regulation, and filtration support, and is integrated with VFDs to optimize energy usage.
Ideal for irrigation in green spaces and planting areas, it integrates with automated sprinklers, smart sensors, and recycled water systems to optimize water usage.
Applied in chillers to transport cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems.
The pump with inverter system addresses issues such as low water pressure, uneven water flow, and temperature fluctuations during peak times.
Extracts high-temperature spring water from storage wells or heat sources, delivering it to hot spring pools, spa areas, and heating circulation systems.
Applied in chillers to transport cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems.
Delivers water to irrigation points for even moisture distribution across soil and plants. It can be adjusted based on operating conditions with inverters.
Delivers water to lawns, gardens, and landscaping areas. Adjusts water flow based on soil, climate, and time for precise irrigation and spraying.
Extracts water into tanks and supplies it to livestock farms or fish ponds, with integration options for filtration or water treatment systems to support sustainable production.
Applied in chillers to transport cooling liquids and condensate, improving heat exchange efficiency and maintaining balanced control within HVAC systems.
TPH_IC Product Catalogue
Update2025-08-20
Size898.64 KB
TPH_IC Instruction Manual
Update2025-08-20
Size1.46 MB

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