The modular air handling unit provides general air distribution and conditioning for industrial applications in critical environments. This unit offers high efficiency in air distribution and air conditioning. The air handling system delivers an air flow rate of 500 to 120,000 m³/h.

The air handling unit is fully designed and certified to the standards in force. A wide range of design variants and many customised solutions are available.

TECHNICAL SPECIFICATIONS
Air filtration: frame, bag, compact grease filters, HEPA filters, activated carbon
Air distribution: free-running impellers with AC or EC motors
Heat recovery: plate type (cross-flow/counter-flow exchanger), rotary regenerative, fluid (glycol)
Noise attenuation: baffle silencers, resonance silencers
Air conditioning / heating by: water, steam, electricity, gas and/or condensation
Cooling by: water and/or evaporation
Humidification – steam, adiabatic

TECHNICAL DATA
Air flow rate from 500 to 120,000 m³/h
Several customisable design and assembly options
Vertical or horizontal handling system layout as required
Unique frameless construction ensuring a smooth internal surface
Wide choice of heat recovery units and electric fan motors
Gas heaters using the latent heat of flue gas condensate, heat output 50 to 600 kW
Gas heaters for lower heating outputs from 15 to 60 kW
Siemens Climatix control system
Industry 4.0: remote unit management and statistics via Mandik Cloud on PC, tablet, smartphone, etc.
Multiple control systems as required: panels, remote controls, etc.
ATEX certified
Compliant with EN 1886 – EU 1253/2014 – ErP 2018 – EUROVENT (A+) – TÜV SÜD Industrie Service GmbH – Directives 2004/108/EC and 2006/95/EC

The ATEX (EXplosive ATmospheres) air handling unit provides general air distribution and conditioning for industrial applications in critical environments with explosion risks. This unit offers high efficiency in air distribution and air conditioning in explosive atmospheres. This air handling unit delivers an air flow rate of 500 to 99,250 m³/h.

The ATEX air handling unit is fully designed and certified to the standards in force, in particular the ATEX standards EN 1127-1, EN 13463-1 and EN 14986. A wide range of design variants and many customised solutions are available.

TECHNICAL SPECIFICATIONS
Air filtration: antistatic bag filters and activated carbon filters
Air distribution: free-running impellers with AC or EC motors for ATEX environments
Heat recovery: plate type (cross-flow/counter-flow exchanger), fluid (glycol)
Noise attenuation: baffle silencers
Air conditioning / heating by: water and/or condensation
Cooling by: water and/or evaporation


TECHNICAL DATA
Air flow rate from 500 to 99,250 m³/h
Several customisable design and assembly options
Vertical or horizontal handling system layout as required
Unique frameless construction ensuring a smooth internal surface
Wide choice of heat recovery units and electric fan motors
ATEX certified
Compliant with ECODESIGN – EN 1886 – EU 1253/2014 – EUROVENT (A+) – TÜV SÜD Industrie Service GmbH – EN 1127-1 – EN 13463-1 – EN 14986

The compact air handling unit provides general air distribution and conditioning for industrial applications in critical environments. This system distributes and conditions air to meet the requirements and constraints of critical-environment premises. This air handling unit delivers an air flow rate of 500 to 10,000 m³/h.

The compact air handling unit is fully designed and certified to the standards in force. A wide range of design variants and many customised solutions are available.

TECHNICAL SPECIFICATIONS
Air filtration: frame, bag, compact grease filters, HEPA filters, activated carbon
Air distribution: free-running impellers with AC or EC motors
Heat recovery: plate type (cross-flow/counter-flow exchanger), rotary regenerative, fluid (glycol)
Noise attenuation: baffle silencers, resonance silencers
Air conditioning / heating by: water, steam, electricity, gas and/or condensation
Cooling by: water and/or evaporation
Humidification – steam, adiabatic

TECHNICAL DATA
Air flow rate from 500 to 10,000 m³/h
Compact unit designed for vertical distribution
Several customisable design and assembly options
Several options for internal equipment and components
Unique frameless construction ensuring a smooth internal surface
Continuous monitoring of multiple parameters through an ergonomic control system
Industry 4.0: remote unit management and statistics via Mandik Cloud on PC, tablet, smartphone, etc.
Easy maintenance
Compliant with: ECODESIGN – EN 1886 – EU 1253/2014 – ErP Directive 2018

The modular seismic air handling unit provides general air distribution and conditioning for industrial applications in critical environments. This unit offers high efficiency in air distribution and air conditioning. The air handling system delivers an air flow rate of 800 to 100,000 m³/h.

The seismic air handling unit is fully designed and certified to the standards in force. A wide range of design variants and many customised solutions are available.

TECHNICAL SPECIFICATIONS
Air filtration: frame, bag, compact grease filters, HEPA filters, activated carbon
Air distribution: free-running impellers with AC or EC motors
Heat recovery: plate type (cross-flow/counter-flow exchanger), rotary regenerative, fluid (glycol)
Noise attenuation: baffle silencers, resonance silencers
Air conditioning / heating by: water, steam, electricity, gas and/or condensation
Cooling by: water and/or evaporation
Humidification – steam, adiabatic

TECHNICAL DATA
Air flow rate from 800 to 120,000 m³/h
Several customisable design and assembly options
Vertical or horizontal handling system layout as required
Unique frameless construction ensuring a smooth internal surface
Wide choice of heat recovery units and electric fan motors
Gas heaters using the latent heat of flue gas condensate, heat output 50 to 600 kW
Gas heaters for lower heating outputs from 15 to 60 kW
Siemens Climatix control system
Industry 4.0: remote unit management and statistics via Mandik Cloud on PC, tablet, smartphone, etc.
Multiple control systems as required: panels, remote controls, etc.
ATEX certified
Compliant with EN 1886 – EU 1253/2014 – ErP 2018 – EUROVENT (A+) – TÜV SÜD Industrie Service GmbH – Directives 2004/108/EC and 2006/95/EC – VDI 6022 – EN 13053+A1 conformal

The 120 min / 500 Pa intumescent fire damper withstands seismic events and is perfectly suited to applications requiring high pressures and high air flows.

TECHNICAL SPECIFICATIONS
Min. size: 200 x 200 x 450 mm
Max. size: 1000 x 1000 x 450 mm
Max. air velocity 20 m/s
Max. pressure difference 500 Pa

TECHNICAL DATA
CE certified to EN 15650
Tested to EN 1366-2
Classified to EN 13501-3+A1
Fire resistance EIS 120
External casing leakage class C,
Internal leakage class 2 to EN 1751
Corrosion resistant to EN 15650
Cycling test to class C10,000 to EN 15650
Damper with mechanical, electrical, pneumatic or electromechanical actuation. Pneumatic control makes direct connection to the SWAGELOK system straightforward.
Plain bearings - maintenance-free design withstanding high-level seismic loads
Earthquake resistant (high resistance)
Guaranteed 40-year service life

The Intumescent Fire Damper 180 min / 500 Pa withstands seismic events and is perfectly suited to applications requiring high pressures and high air flows.

TECHNICAL SPECIFICATIONS
Min. dimensions: 150 x 150 mm
Max. dimensions: 1,500 x 800 mm
Max. air velocity 12 m/s
Max. pressure differential 500 Pa

TECHNICAL DATA
Fire resistance up to EI 180 S
Leak-tightness to EN 1751, class C, and through the blade, class 2
Damper operation mechanical or by means of an actuator
Corrosion resistance compliant with EN 15650
Cycle test C10000 or Cmod (depending on actuator type) compliant with EN 15650
CE certification compliant with EN 15650
Tested in compliance with EN 1366- 2
Classified in compliance with EN 13501- 3+A1
Design certified for explosion-risk environments

The Intumescent Fire Damper 120 min / 1500 Pa withstands seismic events and is perfectly suited to applications requiring high pressures and high air flows.

TECHNICAL SPECIFICATIONS
Min. dimensions: 200 x 200 x 600 mm
Max. dimensions: 1,000 x 1,000 x 600 mm
Max. air velocity 16 m/s
Max. pressure differential 1,500 Pa

TECHNICAL DATA
Fire resistance EI 120 S
Galvanised steel, painted carbon steel or stainless steel
Seismic resistance defined to RRS (DBE, APC)
CE certification compliant with EN 15650
Tested in compliance with EN 1366- 2
Classified in compliance with EN 13501- 3+A1
Minimum service life 30 years (maintenance-free design)

The Intumescent Fire Damper 180 min / 5000 Pa is a product developed to meet the requirements of special, highly technical projects according to their fields of application.

The Intumescent Fire Damper 180 min / 5000 Pa was nominated for best product in the “safety and innovation” category at the WNE 2023 exhibition

TECHNICAL SPECIFICATIONS
Dimensions: min. Ø200, max. 800 mm (circular design only, extension connection to square ductwork possible)
Stainless steel – casing thickness 3 – 6 mm, welded construction with pickling and passivation
Max. air velocity 35 m/s
Tested pressure differential 23,000 Pa
Seismically resistant (high resistance)
Pressure tightness – blade closed max. 14 l/m²/min at 1.1 bar (tested on both sides of the blade)
Operates at temperatures up to 220 °C
Safe cycles with no loss of leak-tightness / fire resistance of at least 20,000
Usable in a magnetic field up to 126 mT
Radiation resistance up to 100 kGy
Suitable for explosion-risk areas class II 3 / 3G c IIB + H2 TX

TECHNICAL DATA
Can be installed in any position within a rigid wall or ceiling, on solid walls, on ceilings with additional insulation and in ductwork installations with rock wool insulation
Decontaminable
Guaranteed 40-year service life
Certified for low voltage and electromagnetic compatibility
The IP rating of the actuators / pneumatic actuators / limit switches is 65
Can be used as a high leak-tightness and pressure-resistant fire damper, a pressure-tight damper or a fire damper
Electric actuator (e.g. AUMA, Bernard Controls, SIPOS) or pneumatic actuator (STASTO-VALBIA), with limit switches (e.g. Petercem, Telemechanique, Honeywell)
Tested to EN 1366-2, classified to EN 13501-3, CE certified to EN 15650
Fire rating EI 180 ve, ho (i ↔ o) S

The single Single-Compartment Circular Smoke Control Damper is a damper in smoke extraction duct systems. The dampers are designed to remove heat and combustion products (e.g. smoke) from a single fire compartment.

The damper is operated by an actuating mechanism. The dampers can be installed in different duct sizes with respect to the field of direct application to EN 1366-9.

TECHNICAL SPECIFICATIONS
Multiple dimensions, diameter 100 to 630 mm
The dampers are designed for smoke extraction duct systems with a max. negative pressure of 1,500 Pa or
max. positive pressure of 500 Pa.
The dampers are designed for a maximum air velocity of 15 m/s.
The temperature at the installation location is permitted within a range of -30°C to +50°C.

TECHNICAL DATA
The dampers are suitable for systems free from abrasive, chemical and adhesive particles.
The dampers are designed for macroclimatic zones with a mild climate to EN 60 72133.
The dampers can be installed in different duct sizes with respect to the field of direct application to EN 1366-9.
Compliant with EN 1363-1, parts A.1 and A.2, EN 1366-2, part 13 and EN 1366-10, part 9.

The single Single-Compartment Rectangular Smoke Control Damper is a damper in smoke extraction duct systems. The dampers are designed to remove heat and combustion products (e.g. smoke) from a single fire compartment.

The damper is operated by an actuating mechanism. The dampers can be installed in different duct sizes with respect to the field of direct application to EN 1366-9.

TECHNICAL SPECIFICATIONS
Multiple dimensions, 180 x 180 to 1,600 x 1,000 mm
The dampers are designed for smoke extraction duct systems with a max. negative pressure of -1,000 Pa or max. positive pressure of 500 Pa.
The dampers are designed for a maximum air velocity of 15 m/s
The max. permitted temperature is between -30°C and +50°C

TECHNICAL DATA
Compliant with EN 1363-1, parts A.1 and A.2, EN 1366-2, part 13 and EN 1366-10, part 9. Declaration of performance no. PM/SEDS/01/21/1
In the event of fire, the ventilation system opens the damper provided in order to remove the combustion products and heat from that section.
The dampers are designed for installation with a horizontal blade axis. The flow direction must be directed from the actuation side.

The Multi-Compartment Single-Blade Smoke Control Damper is a damper in smoke extraction duct systems. The dampers are designed to remove heat and combustible products (e.g. smoke) from a fire compartments. In the event of fire, the Smoke and Fire ventilation system opens the damper in the affected section and removes the combustion products and heat from that section.

The damper blade is controlled by an electric actuating mechanism.

The dampers are fire resistant and are intended for manually or automatically activated systems.

The dampers are designed for use in fire compartments that may be connected to smoke

extraction ducts (tested to EN 1366-8) or they may be installed in or on the fire compartment construction.

TECHNICAL SPECIFICATIONS
Multiple dimensions: 180 x 180 to 1,600 x 1,000 mm
Maximum air velocity 15 m/s
Max. negative pressure -1,500 Pa or max. positive pressure 500 Pa.
The temperature at the installation location is permitted within a range of -30°C to +50°C

TECHNICAL DATA
The dampers can be installed in an arbitrary position (horizontal or vertical blade axis).
The dampers are designed for macroclimatic zones with a mild climate to EN 60 721-3-3.
CE certified acc. to EN 12101-8
Tested in compliance with EN 1366-10
Classified acc. to EN 13501-4+A1
Fire resistance to Tab. 1.2.1
External casing leakage class C, internal leakage min. class 2 acc. to EN 1751
Cycle testing to class Cmod acc. to EN 12101-8
Certificate of constancy of performance no. 1391-CPR-2021/0008
Declaration of Performance No. PM/SEDM/01/21/4
Hygiene assessment of fire dampers – Report no. 1.6/pos/19/19c

The Multi-Compartment Multi-Blade Smoke Control Damper is a closure in smoke extraction duct devices. In the event of fire, the smoke and heat exhaust system opens the dampers in the affected section, thereby allowing the extract fans to remove the combustion products and heat from the areas at risk.

The damper is fire resistant and is designed for automatically or manually activated systems.

Smoke control dampers are intended for use in spaces comprising several fire compartments, which may be connected by a smoke extraction duct tested to EN 1366-8 or may be installed in the fire compartment construction.

TECHNICAL SPECIFICATIONS
Multiple dimensions: 200 x 430 to 1,200 x 2,030 mm
Maximum air flow velocity 12 m/s
Maximum negative pressure up to 1,000 Pa or positive pressure up to 500 Pa
Temperature limit from -30°C to 50°C.

TECHNICAL DATA
The dampers are suitable for installation in a vertical position, with the blade axis horizontal.
The dampers are designed for weather-protected environments with class 3K5 climatic conditions, without condensation, frost or ice formation, and without water from sources other than rain
Tested to EN 1366-10
Classified to EN 13501-4 + A1
Fire resistance to Tab. 1.3.1
Pressure class 2 (negative pressure 1,000 Pa / positive pressure 500 Pa)
Leak-tightness to EN 1751
Cmod cycling to EN 12101-8
Certificate no. 1391-CPR-2021/0009
Declaration of performance no. PM/SEDM-L/01/21/1

The Multi-Compartment Rectangular Smoke Control Damper is a shut-off device in smoke extraction duct systems. The dampers are designed to remove heat and combustible products (e.g. smoke) from the affected fire compartments. In the event of fire, the ventilation system opens the damper in the affected section and removes the combustion products and heat.

The damper blade is controlled by an electric actuating mechanism. The dampers are fire resistant and are intended for automatically activated systems. Dampers can be installed in the fire compartment construction.

TECHNICAL SPECIFICATIONS
Multiple dimensions: 160 x 180 to 1,500 x 800 mm
Maximum air velocity 15 m/s
Max. negative pressure -1,500 Pa or max. positive pressure 500 Pa.
Max. permitted temperature from -30°C to +50°C.

TECHNICAL DATA
The dampers can be installed in an arbitrary position (horizontal or vertical blade axis).
The dampers are designed for macroclimatic zones with a mild climate to EN 60 721-3-3.
CE certified acc. to EN 12101-8
Tested in compliance with EN 1366-10
Classified acc. to EN 13501-4+A1
Fire resistance to Tab. 1.2.1. and 1.2.2.
External casing leakage class min. C acc. to EN 175

The Multi-Compartment Circular Smoke Control Damper is a shut-off device in smoke extraction duct systems. The dampers are designed to remove heat and combustible products (e.g. smoke) from the affected fire compartments. In the event of fire, the ventilation system opens the damper in the affected section and removes the combustion products and heat.

The damper blade is controlled by an electric actuating mechanism. The dampers are fire resistant and are intended for automatically activated systems. Dampers can be installed in the fire compartment construction

TECHNICAL SPECIFICATIONS
Multiple dimensions: diameter 180 to 630 mm
Maximum air velocity 15 m/s
Max. negative pressure -1,500 Pa or max. positive pressure 500 Pa.
Max. permitted temperature from -30°C to +50°C.

TECHNICAL DATA
The dampers can be installed in an arbitrary position (horizontal or vertical blade axis).
The dampers are designed for macroclimatic zones with a mild climate to EN 60 721-3-3.
CE certified acc. to EN 12101-8
Tested in compliance with EN 1366-10
Classified acc. to EN 13501-4+A1
Fire resistance to Tab. 1.2.1. and 1.2.2.
External casing leakage class min. C acc. to EN 175

The variable air volume (VAV) control damper / rectangular is intended for variable air flow regulation in rectangular ducts.

TECHNICAL SPECIFICATIONS
For variable or constant air flow regulation in ventilation systems
Dimensions from 200 x 200 mm to 1,000 x 1,000 mm
Flow rate from 70 to 26,000 m³/h
For air velocities of 1 m/s
Manufactured from galvanised sheet steel

TECHNICAL DATA
Each VAV controller is fitted with a pressure sensor and an actuator
Regulation based on flow rate; duct pressure or ambient pressure
With compact VAV controller (LMV/NMV/SMV, etc.) or separate VAV controller (VRU) and motorised control
MP-BUS, wireless NFC, MODBUS RTU and BACnet MS/TP communication available

The circular variable air volume (VAV) control damper is intended for variable air flow regulation in circular ducts.

TECHNICAL SPECIFICATIONS
For variable or constant air flow regulation in ventilation systems
Dimensions, diameter from 80 to 630 mm
Air flow volume 18 to 7,900 m³/h
For air velocities of 1 m/s
Manufactured from galvanised sheet steel

TECHNICAL DATA
Each VAV controller is fitted with a pressure sensor and an actuator
Regulation based on flow rate; duct pressure or ambient pressure
With compact VAV controller (LMV/NMV/SMV, etc.) or separate VAV controller (VRU) and motorised control
MP-BUS, wireless NFC, MODBUS RTU and BACnet MS/TP communication available
Leak-tightness acc. to EN 1751, external casing leakage class C
Leak-tightness through the blade: class 4

The low-pressure variable air volume (VAV) control damper / circular is intended for low-pressure air flow regulation in circular ducts.

TECHNICAL SPECIFICATIONS
For variable or constant air flow regulation in ventilation systems
Dimensions, diameter from 80 to 315 mm
Air flow volume 9 to 2,244 m³/h
For air velocities of 0.5 m/s
Manufactured from galvanised sheet steel

TECHNICAL DATA
Each VAV controller is fitted with pressure sensors in the air stream and an actuator
MP-BUS, wireless NFC and MODBUS RTU communication available
Compact

The constant air volume control damper / rectangular is intended for constant air flow regulation in rectangular ducts.

TECHNICAL SPECIFICATIONS
For constant air flow regulation in ventilation systems
Dimensions from 200 x 100 mm to 600 x 600 mm
Flow rate from 250 to 12,000 m³/h
For air velocities set manually or via a control system
Manufactured from galvanised sheet steel, aluminium and stainless steel

The constant air volume control damper / circular is intended for constant air flow regulation in circular ducts.

TECHNICAL SPECIFICATIONS
For constant air flow regulation in ventilation systems
Dimensions, diameter from 80 to 400 mm
Air flow volume 50 to 4,500 m³/h
For air velocities set manually or via a control system
Manufactured from galvanised sheet steel

The multi-blade control damper is used primarily for air flow regulation in ventilation systems.

TECHNICAL SPECIFICATIONS
Dimensions from 200 × 200 to 2,000 × 2,000 mm
Manual control or via a control system
In galvanised or stainless steel

TECHNICAL DATA
Minimised pressure drop and noise; leak-tightness through the body class C
Blade covering, UV stabilisation and flammability class V-0
Body, blades and mechanism reaction-to-fire class A1
With flanged connection for ductwork; silicone-free, halogen-free, lead-free
Design certified for ATEX explosion-risk environments