Valera: EPANB6-S, Wall-Mounted Hair Dryer, Shaver Socket, 1200W, IP34

Product Overview & Key Benefits

TheValera Hotello Bathroom Hair Dryer with Shaver Socket IP34 1200W | EPANB6-Sis a compact and powerful wall-mounted hair dryer specifically designed for environments with light traffic. Ideal for locations such as hotels, spas, gyms, and healthcare facilities, this hair dryer combines efficiency, safety, and convenience in one stylish unit. Its innovative design allows guests to enjoy a comfortable drying experience while ensuring the utmost safety and ease of use.

Technical Specifications & Product Details

• Model:832.01/RT
• Rated Power:1200W
• Dimensions:238/550 (H) x 147 (W) x 112 (D) mm
• Shaver Socket:Yes, with isolation transformer (110-120V and 220-240V, max. 20VA)
• Hose Length:1.2m
• Safety Timer:8 minutes
• Overheat Prevention:Yes, includes a thermostat
• Eco-Friendly:Yes
• Exterior:Cool to touch
• Installation:Easy installation with "T" plate and optional UK 3 pin plug included
• IP Rating:IP34 (water spray protection)
• Spare Parts:Replacement white hose (SPAHO1) available

Ideal Uses & Applications

The Valera Hotello Bathroom Hair Dryer is perfect for a myriad of scenarios:

• Hotels:Enhance guest experience by providing convenient hair drying options in bathrooms.
• Spas and Wellness Centres:Ideal for use in changing rooms or relaxation areas where quick hair drying is required.
• Gyms:Provides a quick grooming solution for users after workouts.
• Healthcare Facilities:Suitable for patient rooms or waiting areas that require efficient, safe hair care solutions.

Energy Efficiency & Cost Savings

With an eco-friendly 1200W motor, the Valera Hotello Hair Dryer is designed to save energy without compromising performance. The automatic cut-off function after eight minutes, combined with the overheat prevention thermostat, not only enhances safety but also contributes to energy savings, making it a responsible choice for environmentally conscious establishments. Users can enjoy a significant reduction in energy consumption, potentially saving up to 50 percent on electricity bills compared to less efficient models.