☀️  Get 20% OFF Madimack V4 Pool Heaters with code: Madimack20 ☀️

☀️  Get 30% OFF Rheem Thermal Inverter Pool Heaters with code: RHEEM30 ☀️

SKU: RTCH030TK-DQV-1

RTCH030TK-DQV-1 Rheem Pool Chiller Heat Pump

0 customer reviews

Need Installation?
Contact Us For Pricing

We Accept

The Rheem RTCH030TK-DQV-1 Pool Chiller Heat Pump is a high-capacity commercial cooling solution designed to deliver reliable and energy-efficient performance for large pools and aquatic facilities. Operating on a 380-415V three phase power supply, it provides a nominal cooling capacity of 29.95 kW with a COP of up to 4.49, ensuring powerful cooling while maintaining excellent energy efficiency. The unit features a durable titanium shell and tube heat exchanger, environmentally friendly R407C refrigerant, and Rheem IQ Control for dependable operation and long-term reliability. Equipped with dual axial fans in a top discharge configuration, the unit delivers high airflow while operating at a quiet 62 dBA. Its robust aluminium cabinet measures 1810 mm x 807 mm x 994 mm, weighs 220 kg, and is designed for commercial installations requiring reliable, high-performance pool cooling.

Heat Capacity 29.95
COP Range 4.49
Power Supply Three Phase

We use Australia Post for all deliveries, with a tracking number.

Reviews

There are no reviews yet.

Be the first to review “RTCH030TK-DQV-1 Rheem Pool Chiller Heat Pump”

Your email address will not be published. Required fields are marked *

Contact Us

Need Installation?

Fill in your details below and someone from our team will be in touch to organise everything.

Install Request (#7)

Contact Us

Seen It Cheaper?

If you find the same product cheaper from any authorised Australian dealer with stock ready to ship, we’ll strive to match their delivered price.

Seen It Cheaper
rtch25 3hc rheem commercial pool chillers & heat pumps

Contact Us

Let's Make Waves Together

Reach out to us for expert advice, product information, or to schedule a consultation.

Contact Form
Watermelon pool float on water surface