Product Bulletin RAS Residential Bi-Flow Console Word - Product Bulletin RAS Residential Bi-Flow...
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__________________________________________AIA/GAMA RAISC Project Report 1-9 1.4 Executive Summary 1.4.1 The Nature of the Challenge Whereas the business model for aerospace supplier management and control is changing, the objective of 100% compliance remains paramount. Existing regulatory guidance and policy are based on the traditional “A- factory” model, wherein small suppliers at the base of the “A” feed their products “up” to other suppliers that make increasingly more complex products. Industry movement today is toward a global “web” or “chain” of suppliers where extensive and complex design work may be done at many suppliers. This complexity has “grayed” the roles and responsibilities of the participants and raised concern about the integrity of the system. This industry movement has elicited responses: • The FAA questions the effectiveness of industry supplier control and oversight system and is evaluating what actions may be necessary. • Congress has also expressed concerns about trends in aircraft design and manufacturing such as outsourcing and globalization. • The DOT Inspector General has conducted an audit of “FAA’s Oversight of Aircraft Manufacturers’ Quality Assurance Systems for Suppliers.” • The GAO has been asked to investigate FAA procedures and oversight of aircraft parts certification and manufacture. Without proactive industry action, FAA and Congressional concerns could result in imposition of significant burdens on PAH in the form of new regulations or restrictions that may limit industry’s ability to continue growing the use of domestic and foreign suppliers to design and manufacture parts, components, and systems. Note: Throughout this document, the terms supplier and vendor have both been used. In some cases they appear to be interchangeable, but in others, there is a clear distinction (for example, in a discussion of the supplier source control drawing (SOCD) versus the vendor top drawing (VTD) or in the title of Team 5). Because of such distinctions, we have permitted the use of both terms. 1.4.2 Purpose and Scope of the Document The intent of RAISC is to develop solutions that are part of the proactive industry response to challenges inherent in the changing business model. Six broad areas were investigated by industry and FAA representatives: 1. Type Design data elements. 2. Notification of design changes across the supply chain. 3. Vendor Top Drawings (VTD) and their data relationship to Original Equipment Manufacturer (OEM) supplier control drawings. 4. Risk management by oversight and handling tailored to part criticality.
Transcript of Product Bulletin RAS Residential Bi-Flow Console Word - Product Bulletin RAS Residential Bi-Flow...
PRODUCT BULLETIN
New RAS VersionResidential Inverter Heat Pump
w Bi-Flow Console Split Systemsw Optional Wireless Controllers RB-RXS30-E
are pleased to confirm the new version of the Residential Bi-Flow Console units with optionalwireless controller RB-RSX30-E featuring weekly timer and 8ºC freeze protection to join the RAS system lineup.
1. Indoor units 2. Outdoor units
RAS-B10UFV-E1RAS-B13UFV-E1RAS-B18UFV-E1
RAS-10N3AV2-E1RAS-13N3AV2-E1RAS-18N3AV2-E
3. Bi-Flow Features
Auto Diagnosis
Floor Warming
LED Brightness Control
Child Lock
Hi-Power
Pre-Set
Eco
Self-Cleaning
Comfort Sleep
Optional Controller
**Optional remote controller at extra cost to replace standardremote controller supplied with indoor unit**
4. Release Dates
Residential Bi-Flow Console available Qtr. 3 2015.
*Available Qtr. 3 2015
For further information please contact our customer support team on 0870 843 0333, your local representative, yoursupplier of products or email any enquiries to: - [email protected]
RB-RSX30-ESingle Split
BI-FLOW SPECIFICATIONS
Sy
ste
m Indoor RAS-B10UFV-E1 RAS-B13UFV-E1 RAS-B18UFV-E1
Outdoor RAS-10N3AV2-E1 RAS-13N3AV2-E1 RAS-18N3AV2-E
Power supply (V/PH/Hz) 220-240/1/50
Co
oli
ng
Capacity (kW) 2.50 3.50 5.00
Power Consumption (kW) 0.59 1.05 1.66
EER 4.20 3.33 3.01
Design (kW) 2.50 3.50 5.00
SEER 6.60 6.30 5.70
Indoor Noise Sound Pressure (dB) 39/32/26 40/33/27 46/40/34
Outdoor Noise Sound Pressure (dB) 46 48 49
Indoor Noise Sound Power (dB) 54 54 60
Outdoor Noise Sound Power (dB) 61 63 64
He
ati
ng
Capacity (kW) 3.20 4.20 5.80
Power Consumption (kW) 0.75 1.25 1.80
COP 4.27 3.36 3.21
Design (Tobi -7°C) (kW) 3.00 3.10 4.00
SCOP 4.10 4.00 3.80
Indoor Noise Sound Pressure (dB) 39/32/26 40/33/27 46/40/34
Outdoor Noise Sound Pressure (dB) 47 50 50
Indoor Noise Sound Power (dB) 54 55 60
Outdoor Noise Sound Power (dB) 62 65 64
FC
U
H x W x D (mm) 600 x 700 x 220 600 x 700 x 220 600 x 700 x 220
Net Weight (kg) 16 16 16
CD
U H x W x D (mm) 550 x 780 x 290 550 x 780 x 290 550 x 780 x 290
Net Weight (kg) 33 33 39
Pipe
Charge less (m) 15 15 15
Maximum (with charge) (m) 20 20 20
Refrigerant R410a
Energy Label Grade Cooling / Heating A++/A+ A++/A+ A+/A
Usable Range TempCooling Indoor 21 ~ 32°C, Outdoor (-10) ~ 46°C
Heating Indoor 0 ~ 28°C, Outdoor (-15) ~ 24°C
