VENTS 605-Iso M1

Description

DESCRIPTION

FEATURES

Pollution-free, no harmful substances emission during operation.
No chlorine and cadmium content.
High elasticity and temperature resistance: short-time resistance up to +250 °C for M0, short-tome resistance up to +150 °C for M1.
High rupture and mechanical resisting features.

RECOMMENDED APPLICATION

Applied in residential and industrial ventilation, air conditioning and heating systems, peripheral sections of large central utility systems with the maximum pressure 3000 Pa and special fire-resistance requirements to air ducts (M0 or M1 models).
Especially suitable for application with requirements to thermal insulation (Iso series) or sound insulation (Sono series) to prevent condensate generation, heat and cold losses and noise level decrease.
Recommended for ventilation of child care centres, educational and medial facilities, spa resorts.

Characteristics

Parameter	605-Iso M1	Measurement unit
Range of sizes	Ø 102; 127; 152; 182; 203; 254; 315	mm
Air duct base	Aluminium foil laminated with polyester film	-
Air duct wire	Steel spring, 0.8-1.5 mm thick	-
Outer sleeve	Aluminium foil laminated with polyester film	-
Safety class	self-extinguishing	-
Operating temperature range	-30 ... +150	°С
Standard length	10	m
Available lengths (cutting)	7.6; 10	m
Air speed	30	m/s
Maximum operating pressure	3000	Pa
Insulation	25 mm mineral wool	-

Files archieve

Downloads

Dimensions

Characteristics

Parameter	Value	Measurement unit

Colour range

Packing

Cardboard box

Order code

Isovent 605 –

type

class

length

–

colour

Iso

М0

_ – aluminium

Sono

М1

B – brown

Accessories

Diffusers and air disk valves

Grilles and hoods

Pressure loss diagram

PRESSURE LOSS DIAGRAM PER 1 M STRETCHED AIR DUCT

Calculation example

Select a curve that matches the air duct diameter [mm], 200 mm in this case.
Find the intersection point of this line with the vertical line of the required air flow in m³/h, 500 m³/h in this case.
The horizontal line that shows the pressure loss in Pa per 1 m straight air duct crosses this intersection point.
Multiply pressure loss value (2.4 Pa/m at 20 °C) by total air duct length to get the total pressure loss value. To calculate pressure loss in case of bends consider each bend as extra air duct meter.