(Stock Clearance) Salvo RWH-S701D-RTG Instant Water Heater With Inverter DC Silent Pump 3.8kW Titanium Grey Stepless Electronic Temperature Control
Description
Product Description
Upgrade your daily shower experience with the powerful and stylishRubine Salvo RWH-S701D-RTG (DC Pump)Instant Water Heater. Designed with advanced heating technology and equipped with anInverter DC Silent Pump, this premium water heater delivers consistent water flow, quiet performance, and reliable comfort for modern homes.
Finished in an elegantTitanium Grey, the Rubine Salvo series combines performance, safety, and contemporary aesthetics, making it a perfect addition to any bathroom. The3.8kW heating systemensures fast and efficient water heating, while thestepless electronic temperature controlallows precise adjustment for a comfortable shower every time.
The built-inInverter DC Silent Pumpenhances water pressure performance even in low water pressure environments, operating smoothly with minimal noise. Certified withST, SIRIM, PSB, EEI, and CSA recognitions, the RWH-S701D-RTG is engineered for safety, durability, and energy efficiency.
Key Features
- Powerful3.8kW Instant Water Heater
- AdvancedInverter DC Silent Pumpfor quieter operation
- ElegantTitanium Greypremium finish
- Stepless Electronic Temperature Controlfor precise comfort
- Suitable for homes withlow water pressure
- Consistent and stable water flow performance
- Durable and energy-efficient design
- Multiple safety and quality certifications
Product Specifications
- Brand:Rubine
- Model:RWH-S701D-RTG (DC Pump)
- Series:Salvo
- Color:Titanium Grey
- Power Rating:3.8kW 240V 50/60Hz
- Minimum Water Pressure:0.2 bar
- Minimum Water Flow Rate:1.6 Litre/Min
- Water Connector:ø15mm (1/2” BSP)
- Temperature Control:Stepless Electronic
- Pump Type:Inverter DC Silent Pump
- Recognition:ST, SIRIM, PSB, EEI, CSA
Perfect for modern Malaysian households, theRubine RWH-S701D-RTG DC Pump Water Heaterdelivers a comfortable, quiet, and reliable hot shower experience with premium safety and performance.
