Hyperchill
Plus-E
Industrial precision water chiller for low-viscosity fluids — paired with the HYPERION X range. 2.9 to 120.6 kW.
Technical characteristics
- Cooling capacity
- 2.9 – 120.6 kW @ 25 °C ambient
- Outlet water temp.
- +5 °C to +35 °C
- Operating ambient
- 0 °C to 48 °C (53 °C tropicalised)
- Refrigerant
- R513A — low GWP, Class A1
- Compressor type
- Hermetic scroll
- Efficiency
- Optimised COP — compliant EU 2016/2281
- Hydraulic circuit
- Non-ferrous — tank + immersed evaporator + pump
- Coolant fluid
- Demineralised water / glycol solution
- Service pressure
- Up to 6 bar
- Supply
- 230V/1Ph or 400V/3Ph / 50Hz
- Communication
- Modbus RTU + Modbus TCP/IP
- Standards
- PED 97/23/EC · Machinery 2006/42/EC · EMC 2004/108/EC
Built for
industrial demands
Non-flammable A1 refrigerant
R513A (low GWP, Class A1 safety) allows installation indoors and outdoors without additional safety constraints or regulatory transport surcharges.
High energy efficiency
Oversized condenser and evaporator for optimal COP. Compliant with European regulation (EU) 2016/2281 — Ecodesign for high-temperature industrial process chillers.
Native Modbus integration
Modbus RTU and TCP/IP integrated as standard. Centralised control from the same PLC as the AC30 drive, with full monitoring and optional master/slave management.
Precise temperature control
Stable and reliable regulation thanks to the non-ferrous hydraulic circuit, preserving coolant quality and reducing compressor cycles.
Reliability & availability
Condenser filters, hydraulic and refrigeration safety devices for maximum availability. Built-in backup function that eliminates unplanned shutdowns.
Compact & configurable solution
Ultra-compact design with integrated tank, immersed evaporator and pump. Wide options catalogue: filling kits, castors, manual bypass, control panel cover.
Extended range
From 2.9 to 120.6 kW in ICEP-E, up to 586 kW with the ICES-E Smart-E series. A solution for every sizing requirement, from small machines to large industrial installations.
Alarms & diagnostics
Proprietary electronic controller with access to all parameters, event logging, configurable alerts and optional remote monitoring.
Available references
| Reference | Cooling capacity | Supply |
|---|---|---|
| ICEP003E | 2.9 kW | 230V/1Ph/50Hz |
| ICEP005E | 4.9 kW | 230V/1Ph/50Hz |
| ICEP008E | 7.9 kW | 400V/3Ph/50Hz |
| ICEP010E | 10.0 kW | 400V/3Ph/50Hz |
| ICEP015E | 15.0 kW | 400V/3Ph/50Hz |
| ICEP020E | 20.1 kW | 400V/3Ph/50Hz |
| ICEP030E | 29.7 kW | 400V/3Ph/50Hz |
| ICEP040E | 39.4 kW | 400V/3Ph/50Hz |
| ICEP055E | 54.8 kW | 400V/3Ph/50Hz |
| ICEP075E | 75.0 kW | 400V/3Ph/50Hz |
| ICEP100E | 100.0 kW | 400V/3Ph/50Hz |
| ICEP120E | 120.6 kW | 400V/3Ph/50Hz |
* Capacities measured at inlet/outlet water temperature 20/15 °C, 0% glycol, ambient 25 °C.
Paired with
HYPERION X
The Parker Hyperchill Plus-E was selected for its perfect fit with HYPERION X high-speed motors. Its ability to maintain stable temperatures guarantees bearing and winding performance over time, even in extreme ambient conditions up to 48 °C.
The 100% non-ferrous hydraulic circuit preserves coolant quality, improves productivity and reduces maintenance costs. Native Modbus integration (RTU & TCP/IP) enables centralised control from the same PLC as the AC30 drive, simplifying the control architecture and supervision.
Frequently asked questions
Everything you need to know about the Parker Hyperchill Plus chiller.
The ICEP-E range covers a cooling capacity from 2.9 to 120.6 kW at 25°C ambient. For higher requirements, the ICES-E Smart-E series reaches up to 586 kW. This wide range covers both small individual machines and large multi-station industrial installations.
The Parker Hyperchill Plus provides stable and precise thermal regulation thanks to its non-ferrous hydraulic circuit. It maintains outlet water temperature between +5°C and +35°C, with excellent stability for applications requiring rigorous regulation such as high-speed motor test benches.
The Hyperchill Plus uses R513A, a low-GWP refrigerant with Class A1 safety rating — meaning non-toxic and non-flammable. This classification allows indoor and outdoor installation without additional safety constraints or regulatory transport surcharges.
Yes, the Parker Hyperchill Plus is the recommended cooling solution for the HYPERION X ecosystem. It regulates the motor cooling water circuit with optimal precision, maintaining rated motor performance during intensive and continuous operating cycles (S1 duty).
The Hyperchill Plus natively integrates Modbus RTU and Modbus TCP/IP as standard. This enables centralised control from the same PLC as the AC30 or ACS880 drive, with full parameter monitoring (temperatures, pressures, alarms) and optional master/slave management.
Smaller models (ICEP003E, ICEP005E) run on 230V single-phase 50Hz, while models from 7.9 kW onwards require a 400V three-phase 50Hz supply. The complete range covers 2.9 to 120.6 kW depending on the site voltage available.
The Hyperchill Plus is supplied as standard with IP54 protection, suitable for industrial environments with dust and water splashes. A tropicalised version is available for high ambient temperature environments, supporting up to 53°C versus 48°C standard.
Yes, the Hyperchill Plus complies with several European directives: the Pressure Equipment Directive (PED 97/23/EC), the Machinery Directive (2006/42/EC) and the EMC Directive (2004/108/EC). It also complies with the Ecodesign regulation (EU) 2016/2281 for high-temperature industrial process chillers.
The Hyperchill Plus integrates a proprietary electronic controller giving access to all system parameters. It includes event logging, configurable alerts for refrigeration and hydraulic faults, and an optional remote monitoring feature. An integrated backup function eliminates unplanned shutdowns.
Many options are available to adapt the Hyperchill Plus to each installation: hydraulic circuit filling kits, castors for mobility, manual bypass, control panel cover, and various hydraulic connection configurations. The tank, immersed evaporator and pump are integrated as standard in an ultra-compact design.