Description
Technical Specifications

Introduction

Hydro Solar Innovative Energy Ultra-Thin Hydronic Fan Coil Units (FCU) use forced air convection to either dissipate heat or extract heat from living space. Our FCUs have DC Five (5) Speeds Fan, which make them 30% more energy efficient than conventional 3 speeds FCUs. Fan Speed is controlled by an advanced Modbus control board, equipped with RS485 Modbus connection and 120V relay outputs for third party valve control. Hydronic Heating and Cooling coil are designed to work on low temperature hot water, which make them suitable to be combined with either air to water heat pumps or geothermal heat pumps. Their low noise, ultra-thin casing 130mm (5.12 inches), and attractive aesthetic look give these unit a competitive advantage over other FCU in the market.

Notes

Characteristics
1. Ultra-thin design with 130mm (5.12 inches) body depth.
2. Modern industrial style design, exquisite manufacturing technology and elegant surface. It suits to modern decoration style.
3. Uses crossflow heat exchange between water and air. High Air Flow with low noise operation.
4. Supply air flow grille has adjustable blades for manual adjustment of air flow direction.
5. Elegant Look & User-Friendly Smart LED temperature controller and screen.
6. Air Flow Freeze Protection. It shuts down the fan when water temperature circulating in the hydronic coil is too cold.
7. Easy to install and maintain.
8. The side metal plate can be removed prior of installation, which simplify pipe connection.
9. The filter of this product is easily accessible for cleaning and replacement.
10. 120V relay output for controlling 2-way or 3-way valves.
11. Can be installed floor mounted or wall mounted with or without legs.
12. Panasonic DC multiple speeds fan with integrated touch screen thermostat for fan control.
13. Supplied with a remote controller for remote monitoring.

Introduction

Characteristics

Filters

Products

Hydronic Ultra Thin Fan Coil Unit, PFP-070, 2 Pipe System, 120/230V - Capacity 2/3 Ton