ONI Rhytemper® RHY-T95
High performance temperature control units
Standard and special temperature controll units with the circulating media water,
temperature range 10 - 95 °C.
- High flow volume up to 28 m³/h
- High pump pressure up to 12,2 bar
- Large connection sizes up to 2 inch
- Stainless steel piping
- Leak stop function
Scope of supply
- Connection-ready unit with microprocessor control
- Integrated level and temperature monitoring
- Interface for the RHYTEMPER® central unit
series | RHY-T95 M | RHY-T95 L | |
|---|---|---|---|
| Max. water feed line temperature |
up to 95 °C (203 °F) |
up to 95 °C (203 °F) | |
| Power range | 6 - 24 kW | 9 - 72 kW | |
max. cooling capacity direct/indirect (at ΔT=70K) * Q = 45l /min |
220 kW /150 kW * |
370 kW / 300 kW ** | |
max. operating pressure | 11,3 bar | 12,2 bar | |
flow volume | 3,6 - 18,1 m³/h | 13 - 28 m³/h | |
operating voltage | 400 V AC /3 ~PE/ 50 Hz special voltage optional | 400 V AC /3 ~PE/ 50 Hz special voltage optional | |
Process connections | 1 inch, 1½ inch | 2 inch | |
connection cooling water circuit | ¾ inch | 1 inch | |
dimension: length (with connection fitting)
width
height (with eyebold) |
974 mm (1145 mm)
390 mm
785 mm
|
1212 mm (1412mm)
500 mm
1275 mm (1320 mm) | |
empty weight | 150 - 200 kg | 250 - 300 kg |
Special applications require special solutions!
Due to the constantly alternating heating and cooling operation which is a result of the equipment control deviation, conventional temperature control units consume unnecessary energy thus driving up costs.
Unlike conventional temperature control systems, a FlexControl series RHYTEMPER® system can, for example, manage without any heating power in the process. This saves 100% of the typical incidental heating energy costs. Beyond this the cooling energy fraction, necessary for compensating control inaccuracies in temperature control equipment, is dispensed with.
A further plus is the interruption of the temperature control medium when opening the mould. This not only reduces energy consumption but also improves the process conditions for each new injection cycle and hence for each fresh occupancy of the mould.
Doing away with a recirculation pump in the RHYTEMPER® system immediately leads to several savings impacts. Apart from savings on expensive electricity, recooling energy for the lost pump heat is avoided.
All in all, RHYTEMPER® systems thereby reduce the heat energy requirement to zero, the cooling energy expense to that which is strictly necessary and with it the costs for the tooling temperature control to an absolute minimum.
Getting to series production conditions in the shortest time is extremely important for the plastics processor. Depending on tooling and shot weight, a start-up phase without pre-temperature regulation is not possible.
With the RHYTEMPER® temperature control unit, the start-up period until the quality-compatible operating temperature is reached is massively shortened! Unnecessary waiting times due to manual tooling warm-up are thereby avoided. Beyond this, individual tooling zones which require permanent thermal heat can be supplied via the pre-heat unit as required. The organisation of the requirement orientated pre-heating in start-up operation as well as providing the individual tooling zones with thermal heat is done via the central RHYTEMPER® regulation unit.
The RHYTEMPER® temperature control unit thereby makes an important contribution to the best possible utilisation of process times and hence piece cost optimisation.