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Get Up

Get Up, Hight 1499 mm, Lenght 550 mm, Azurite 3

Get Up radiator thanks to its constructional features, it can be used as a clothes horse, thanks to the patented double pivot, allows the 90° opening of some heating parts, combining in this way functionality and practicality (or even more enhancing the functionality and practicality).

Construction features

steel towel warmer

23 mm diameter horizontal round bar heating elements

30 mm diameter round lateral manifolds

threading at the ends of the manifolds right Gas 1/2”

maximum working pressure 4 bar

maximum working temperature 95°C

maximum capacity of the towel rails: 7 kg

Colors and Finishes
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Attention: the colors displayed are indicative and could not be as real radiators.
Model Deph  (mm) Height (mm) Width (mm) Conn. C. (mm) Weigth (kg) Capacity (lt) Δt=50°C (btu/h) Δt=50°C (kcal/h) Δt=50°C (Watt) Δt=40°C (Watt) Δt=30°C (Watt) Δt=20°C (Watt) Exponent
1076 20 rails 1 espace 77,0 1076 550 50 15,40 7,60 2.132,0538,0625,0473,0330,0199,01,251
1499 25 rails 2 espaces 77,0 1499 550 50 20,30 9,90 2.644,0666,0775,0583,0403,0240,01,278

For Δt different from 50°C use the formula Q=Qn (Δt / 50)n

(*) Thanks to the high performance of Irsap Get Up radiators, the ideal Δt for low temperature projects is Δt at 30°C.

 

Standard equipment

• 3 wall fixings • 1 vent valve of 1/8" for radiators model M (1076 mm height); 1 vent valve of 1/8" and 1 vent valve of 1/2" for radiators model L (1499 mm height) • pair of 1/2” caps and cap covers for closing unused supply connections • Get Up is supplied standard with a double hydraulic connection, at the ends of the side manifolds, and with pitch 50 mm in the centre of the radiator

875M0616_Get_Up_Pieghevole

Installation Manuals

865M1117_IRP00515_GET_UP

Installation Manuals

GETUP_H1000

3D models

GETUP_H1500

3D models

Hygenic_01_low

Certifications

Color chart 2021

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GET_UP

Dimensional drawings

Certifications

Irsap for the environment

Photovoltaic production
Actual Power
0,00 kW
Produced power until last month
13.223.894,00 kWh
CO2 emission
5.368,90 t