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The new UTD Signature Series Solar Dry Suit Heating System.After several years of continuous research and development, UTD has completely redesigned our dry suit heating system. Starting with a clean slate and working closely with exo2, a leading manufacturer of heated garments, The new Solar Dry Suit Heating System reduces bulk, introduces an external temperature controller, and is one-size-fits-all. The Solar is heated by a lightweight and flexible heating element carefully positioned in the critical area around the diver’s core, knowing that if the core is warm, the rest of the body stays warm. Solar generates safe, consistent, and controlled heat and will operate in damp and wet environments. Although not designed to be fully submerged, the Solar will continue to operate in a damp or flooded dry suit. The heating element is contained within an insulating, breathable garment shell. The layer insulates, increasing warmth and passive heat retention inside the dry suit. The inner layer is a soft, thin lining. The Solar is designed to be worn over a base layer but under the primary dry suit undergarments so as to retain as much heat has possible close to the body. The Solar is driven by an external battery canister fitted with a wet-pluggable E/O cord. The battery can do double-duty, running both the Solar Heating System and a primary dive light, or separate canisters can be worn. A standard, external 11 to 12 volt battery source provides a consistent "surface of the heating unit" temperature of approximately 130ºF/54ºC. When combined with a UTD dual voltage battery pack, the Solar’s temperature can be controlled through the external magnetic switch on the canister. The “high” setting on the battery pushes the "surface of the heating unit" temperature to 145ºF/62ºC. UTD’s 8.5amp canister battery will run Solar for about four hours on the standard setting and about three hours on high. The external battery requires a “through-port” on the dry suit. This can be a temporary port in a spacer ring attached to the dry suit inflation valve, or a permanent port bonded into the suit, much like the installation of a p-valve. The E/O cord on the canister is wet-pluggable. To combine heating and lighting from one battery, a “y” connector is added to the E/O power cord Benefits of the Solar Dry Suit Heating System
UTD Delivers the Dry Suit Solar Heating System in several packages: UTD Signature Series Solar Heating Unit OnlyFeatures and Benefits
Specifications
UTD Signature Series Basic Solar Heating System - No Battery CanisterSystem Includes: - A Solar Heating Unit - one Size fits all Features and Benefits
Specifications
UTD Signature Series Explorer Solar Heating SystemSystem Includes: - A Solar Heating Unit - one Size fits all Features and Benefits
Specifications
110 watt/hr Dual Voltage Li-Ion Canister Specifications
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UTD Signature Series Solar Heating Unit OnlyFeatures and Benefits
Specifications
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Permanent Through port Features and Benefits
Temporary Through port Features and Benefits
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Dual Voltage 110 watt/hr Li-Ion Battery Canister - (9.8amp @ 11.2v or 6.6amp @ 16.8v)Features and Benefits
110 watt/hr Dual Voltage Li-Ion Canister Specifications
Single Voltage 75 watt/hr Li-Ion Battery Canister - (4.4amp @ 16.8v)Features and Benefits
75 watt/hr Single Voltage Li-Ion Canister
Specifications
UTD Signature Series - Weatherproof In-Between Dive Battery w/ Charger Features and Benefits
4.7 amp Li-Ion Battery Specifications
UTD Universal LiIOn Charger
Charger Adapter
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Intro Video
UTD Solar Drysuit Heating System User Guide - Part 1 of 3
UTD Solar Drysuit Heating System User Guide - Part 2 of 3
UTD Solar Drysuit Heating System User Guide - Part 3 of 3 |
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Y-Splitter Features and Benefits:
Blank E/O Plug Features and Benefits:
UTD Signature Series Battery Canister Harness Mount Kit
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