VH IEN 9000 Resin Water Filter Complete New
The VH-IEN9000 ION Resin Water Filter provides softened, great-tasting water while reducing scale build-up and helping protect commercial coffee machines, boilers and vending equipment. At operating capacity, it provides enough filtered water for approximately 60,000 x 150ml cups of coffee.
- DELIVERY within the United Kingdom
- INSTALLATION
- TRAINING
- IN STOCK
PURCHASE PRICE
£314.00 Ex. VAT
£376.80Inc. VAT
The VH-IEN9000 ION Resin Filter is specially developed to reduce scale build-up and improve water quality. Its mixed-media ion exchange technology helps stabilise pH levels while reducing unpleasant metallic and chlorine tastes.
Ideal for hot water boilers, hot liquid vending machines and espresso machines, the VH-IEN9000 helps protect equipment from scale-related damage and costly breakdowns.
The filter features a fixed 30% bypass system and an easy-change cartridge with automatic water shut-off. It provides softened, great-tasting water while helping maintain the performance and efficiency of your equipment.
At operating capacity, the VH-IEN9000 can provide softened, great-tasting water for approximately 60,000 x 150ml cups of coffee.
At Coffee Solutions, we’re passionate about bringing you quality tea and coffee from around the world. We want to help you discover products that make every cup an experience to be savoured.
Need help or advice? Call us on 01223 833661 or fill in our enquiry form and we’ll be happy to help.
- High level of scale reduction
- Variable 0–70% bypass (VH-IEN) or fixed 30% bypass (IEN) options
- Specially blended resin helps stabilise pH levels
- Reduces chlorine, unpleasant tastes and odours
- High performance and efficiency
- Automatic water shut-off for easy cartridge changes
- Flow Rate: 1.7 L/min
- Operating Temperature: 4°C–38°C
- Operating Pressure: 30–100 psi
- Dimensions: 550mm (H) × 150mm (W) × 150mm (D)
- Capacity: 13,805 litres @ 10°dH
- Bypass: 0–70% variable
- Micron Rating: 10 micron
- Connections: 3/8″ push-fit
- Certification: NSF International
