Išcite po kljucnih besedah: Glavne rubrike: Kartuše: Rezalniki za papir. Se odločate za nakup novega tiskalnika? (v članku preberite zakaj). Zato je večina HP-jevih kartuš lažje obnovljiva in je zato postopek cenejši. Zato če se odločate za nakup novega tiskalnika se odločite za HP! Nihče vam ne bo. Ukazanie Puti V T S Arstvi E Nebesnoe. Besi E Da, Iz Poucheni I K Novoprosvi E Shehennym Khristi Anam. (Russian Edition) [Innokentii] on Amazon.com. *FREE* shipping on qualifying offers. This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it.
Data and accessories Heating capacity 11.05 kW Input 2.70 kW COP 4.1 A2°C/W35°C Flow temperature maximal +65°C Refrigerant R410a Compressor ( count ) Copeland SCROLL EVI (1) Voltage 3 x 400 V / 50 Hz Condenser circulator installed Yes Fan EC 630 mm ErP Bivalent heater installed 6 kW Three way switching valve in delivery Yes Installed HP controller SIEMENS RVS 21 Control of mixed heating circuit Yes Control of direct pump heating circuit Yes Solar system control Yes ModBus with extension module WebControl with WebServer- Module. Description Compact air-water heat pump with or without capacity regulation for indoor or outdoor installation Compact outside or inside installed air-water heat pump.
Versions designated 'i' are equipped with an integrated capacity control. Depending on the type of maximum flow temperature of up to 65 ° C. Compact design, integrated control cabinet with control. Closed cooling circuit with Copeland Scroll compressor and heat exchangers. When capacity control variants with build in frequency inverters. Wide application possibilities of heating and cooling of houses and water heaters. Active cooling is reversible standard possible.
Easy installation without complicated wiring and installation of refrigeration. Optimized for low temperature heating systems not only in new construction but also for heating systems with mid temperature flow after renovations. Frame construction with solid base plate on adjustable feet. Epoxy-coated panel of the base unit.
![Instruktazh po tehnike bezopasnosti v gabinete lfk Instruktazh po tehnike bezopasnosti v gabinete lfk](http://radushye.ru/video/image/212211-otdyih-v-luchshih-gorodah-mira-praga-06.jpg)
With weather-compensated, digital heat pump control. To control a heating circuit with mixer and one heating circuit without mixer. Plain text user guidance with function-dependent menu levels, information texts and states in plain text. Diagnostic system with history storage and output state indication. Outdoor temperature sensor, hot gas sensor, liquid refrigerant sensor, heat pump flow temperature sensor and return temperature sensor, as well as source-flow sensor, source return sensor and DHW sensor included.
Build-in condenser pump, backup heating element of 6 kW as well as 3 way switching valve for DHW preparation in packaging. Optionally available with ModBus module as well WebControl control and monitoring via the Internet.
Data at conditions A35°C/W18°C Operating temperature limitations Source temperature minimal: -25°C Source temperature maximal: +40°C Flow temperature minimal: +12°C Flow temperature maximal: +65°C Mechanical data Width: 900 mm Depth: 6500 mm Height: 1890 mm Weight inside: 0 kg Weight outside: 275 kg Outdoor unit type: AiWa-O Noise emissions Noise emissions inside Lp ( 1m ): 0 dB(A) Noise emissions outside Lp ( 10m / max. circulators are preinstalled in heat pumps depending on type ( see below ) only until heating capacity of 20 kW. Over 20 kW can circulators be added to packaging and will be charged separately. Electrical parameters Main connection cable – dimension: 5x4 mm² Primary side cable – dimension: 5x4+LAN mm² Voltage: 3 x 400 V Fuze: 20 A char.
C Current – nominal: 4.28 A Current – maximal: 9.2 A Softstart: MCI 12 Starting current: 11.55 A Features Condenser circulator installed: Yes Fan: EC 630 mm ErP Bivalent heater installed: 6 kW Three way switching valve in delivery: Yes Installed HP controller: SIEMENS RVS 21 Control of mixed heating circuit: Yes Control of direct pump heating circuit: Yes Active cooling: Yes Solar system control: Yes.
. The classification of childhood cancer is based on tumor morphology and primary site with an emphasis on morphology rather than the emphasis on primary site for adults. The tables below provide the International Classification for Childhood Cancer (ICCC) definitions based on site and morphology coded according to ICD-O-2 or ICD-O-3. ICCC based on ICD-O-3/WHO 2008 This table was updated for Hematopoietic codes based on WHO Classification of Tumours of Haematopoietic and Lymphoid Tissues (2008).
ICCC, Third Edition (ICCC-3) based on ICD-O-3. These tables contain recodes based on definitions presented in: Steliarova-Foucher E, Stiller C, Lacour B, Kaatsch P. International Classification of Childhood Cancer, Third Edition.
Cancer 2005;103:1457-67. © 2005 American Cancer Society. (ZIP, 844 KB). This conversion utility takes an uncompressed data file with NAACCR version 12 record layout and appends two ICCC-3 recodes (main classification and extended classification) based on site and morphology from the International Classification of Diseases for Oncology (ICD-O-3) to the end of the file. There are three files in the zip file: documentation, an.ini file, and the program. It is important to note that you cannot use ICD-O-2 data before 2001 and apply the old algorithm, then use the new algorithm for the 2001+ data in ICD-O-3, and analyze them together.
When using the ICCC-3 version, all ICD-O-2 morphology (histology, grade, and behavior) codes should first be converted to ICD-O-3. Note that for the extended classification table, cases originally coded in ICD-O-2 and converted to ICD-O-3 will not work for all ICCC extended classifications. For example, under the extended classification, Ia2, ICD-O-2 does not have information about mature B-cell leukemias for acute lymphocytic leukemia, etc. Which is needed to subclassify lymphoid leukemia.
In the ICCC, there are certain combinations of histologies, behaviors, and/or sites that are not considered in the schema, and for these we have added a group for unknown ICCC, which includes in situ tumors and some malignant tumors. Therefore, when we produce all sites based on ICCC, we will exclude these cases. (ZIP, 844 KB) ICCC based on ICD-O-2 This table contains definitions presented in IARC Technical Report No. 29 under the auspices of the International Agency for Research on Cancer (IARC), the International Association of Cancer Registries (IACR), and the International Society of Paediatric Oncology (SIOP). The classification was based on ICD-O-2. This table incorporates modifications to the classification of nervous system and bone tumors.