3D parametric, rotator, with optional\n- name of library part to rotate\n- rotate about "X", "Y", "Z" axis (+ or -)

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

This simple object may be used to set the position of 3D hotspots for custom user-modeled objects. Simply place one or more of these 3D hotspot elements wherever you would like a snapping point. After placement, select them and change the line length to 0 to avoid seeing the short axis guide lines. Then select these 3D hotspots along with your other components and save as a new custom GDL object; the snap points will be embedded into the new object. See my YouTube video for a demonstration of use: http://youtu.be/EOWL8oz5kFU Also, see the original ArchiCAD-Talk discussion here: http://archicad-talk.graphisoft.com/viewtopic.php?p=209980

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

An object to help in the placement of lights in a room.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of hot water with a temperature up to 130 °C, on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

For measuring of consumption of greater amounts of cold water with a temperature up to 30 °C or 50 °C on the maximum working pressure up to 16 bar (PN16). Suitable for installation in the horizontal hoses (pipelines) with the counter directed upwards (H), in vertical or horizontal hoses with the counter directed sidewards (V) or in diagonal hoses (H/V). MWN water meters in standard version are equipped with six-barrel counter (IP65, IP68 – optional) and painted cast-iron housing. Water meters are adapted to operation in the systems of remote data transfer (AMR).

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

[LIST] Movable sound insulated partition Sound insulation value up to Rw 57 dB (acc. EN 20140 laboratory value) Parking layout GRD 5 - Double 2-point suspension: parking 90° parallel partition axis Element thickness 100 mm Element width from 600 mm to 1250 mm Clear height from 2000 mm to 14500 mm (higher on request) Operation 1) Standard operation: manuall 2) Comfort operation: semi-automatic ComforTronic (electrically controlled sealing strip extension and retraction) Optional element types for pass doors [/LIST]

[LIST] Movable sound insulated partition Sound insulation value up to Rw 57 dB (acc. EN 20140 laboratory value) Parking layout GRD 0 - Single 1-point suspension. Parking 90° to partition axis Element thickness 100 mm Element width from 600 mm to 1250 mm Clear height from 2000 mm to 4100 mm (dependen on panel weight) Operation 1) Standard operation: manuall 2) Comfort operation: semi-automatic ComforTronic (electrically controlled sealing strip extension and retraction) Optional element types for pass doors [/LIST]

[LIST] Movable sound insulated partition Sound insulation value up to Rw 57 dB (acc. EN 20140 laboratory value) Parking layout GRD 1 - Double 2-point suspension. parking 90° inside partition axis Element thickness 100 mm Element width from 600 mm to 1250 mm Clear height from 2000 mm to 14500 mm (higher on request) Operation 1) Standard operation: manuall 2) Comfort operation: semi-automatic ComforTronic (electrically controlled sealing strip extension and retraction) Optional element types for pass doors [/LIST]

[LIST] Movable sound insulated partition Sound insulation value up to Rw 57 dB (acc. EN 20140 laboratory value) Parking layout GRD 2 - Double 2-point suspension: parking 90° outside partition axis Element thickness 100 mm Element width from 600 mm to 1250 mm Clear height from 2000 mm to 14500 mm (higher on request) Operation 1) Standard operation: manuall 2) Comfort operation: semi-automatic ComforTronic (electrically controlled sealing strip extension and retraction) Optional element types for pass doors [/LIST]

Dental operating light designed to be cabinet mounted. Unit has an auto on/off function with chair preset movements, three position or variable intensity and third axis of rotation for precise light head positioning. Light has a quartz halogen lamp.

Lensometer. Unit includes lamps, prism measuring lens marking device, cylinder axis wheel calibrated in two 180 degree segments and a green filter for tinted glass. The instrument may be inclined between 25 to 90 degrees. Used for measuring lens.

Soft contact lensometer. Unit features lens holder, external scale, prism holder, prism axis from 0 to 180 degree, external power, printer and axis readings with an American style cross-line target. Used for measuring soft and hard contact lenses as well as conventional spectacle lenses.

Roto Designo R6 RotoTronic centre-pivot roof window (timber) with safety and thermal insulation glazing in natural timber with thermal insulating block. Centre-pivot roof window with a central swing axis. Ideally suitable as a combination element for Roto top-hung roof windows. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 90°. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers: Made of aluminium (anthracite-metallic), plug-in installation system without exposed screw-fixings. Chain drive, control centre and rain sensor preassembled for plug-in.

PERFORMANCE SPORTS CONCEPT Think about it. Sports and work share many similarities than first meets the eye. Performance, forus, speed, victories, rewards. Your equipment is crucial to success. Applying the sportsgear concept to office furniture is revolutionary, yet makes perfect sense. Afterall, both function and interfaces with the human body. Like many cutting edge sports equipment, WAU combines excellent ergonomics to extract human performance and trendy styling to elicit self confidence and satisfaction as you perform. RECLINE-GLIDE MOTION The back and seat pivot axis is placed close to the human’s hip socket joint(acetabulum), such that there is no relative movement between the backrest and torso, giving a natural and constant-fit support throught the recline range. ELASTOMER SURFACE Colourful elastomer shells enhance the sporty and vibrant character of WAU. The thermoplastic elastomer (TPE) surfaces, created using dual-injection process, are soft and rubber-like, offering a new tactile experience. Prominent curvilinear slits not only create a visual impact, but allow the fitting 3D contour shell to have varying levels of elasticity tailored to suit movements and support required by different areas of the body. These models feature the seat, back arm pads and headrest all in elastomer surfaces of the same matching colour.

Roto Designo R4 centre-pivot roof window (PVC) with safety and thermal insulation glazing in white PVC. The Roto centre-pivot roof-window can be used for a roof pitch from 15° to 85°. Centre-pivot roof window with a central swing axis. Single-handed operation for all functions at the bottom of the window. Gaskets: Single or double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic): plug-in installation system without exposed screw-fixings, preassembled ex works.

Roto Designo R4 centre-pivot roof window (timber) with safety and thermal insulation glazing in natural timber. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 85°. Centre-pivot roof window with a central swing axis. Single-handed operation for all functions at the bottom of the window. Gaskets: Single or double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic): plug-in installation system without exposed screw-fixings, preassembled ex works.

Roto Designo R4 RotoTronic centre-pivot roof window (PVC) with safety and thermal insulation glazing in white PVC. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 85°. Centre-pivot roof window with a central swing axis. Gaskets: Single or double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic). Chain drive, control system and rain sensor preassembled for plug-in.

Roto Designo R4 RotoTronic centre-pivot roof window (timber) with safety and thermal insulation glazing in natural timber. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 85°. Centre-pivot roof window with a central swing axis. Gaskets: Single or double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic). Chain drive, control system and rain sensor preassembled for plug-in.

Roto Designo R6 centre-pivot roof window (PVC) with safety and thermal insulation glazing in white PVC with thermal insulating block. Centre-pivot roof window with a central swing axis. Single-handed operation for all functions at the bottom of the window. Ideally suitable as a combination element for Roto top-hung roof windows. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 90°. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers: Made of aluminium (anthracite-metallic), plug-in installation system without exposed screw-fixings, preassembled ex works.

Roto Designo R6 centre-pivot roof window (timber) with safety and thermal insulation glazing in natural timber with thermal insulating block. Centre-pivot roof window with a central swing axis. Single-handed operation for all functions at the bottom of the window. Ideally suitable as a combination element for Roto top-hung roof windows. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 90°. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers: Made of aluminium (anthracite-metallic), plug-in installation system without open screw-fixings, preassembled ex works.

Roto Designo R6 RotoTronic centre-pivot roof window (PVC) with safety and thermal insulation glazing in white PVC with thermal insulating block. Centre-pivot roof window with a central swing axis. Ideally suitable as a combination element for Roto top-hung roof windows. The Roto centre-pivot roof window can be used for a roof pitch from 15° to 90°. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers: Made of aluminium (anthracite-metallic), plug-in installation system without exposed screw-fixings. Chain drive, control centre and rain sensor preassembled for plug-in.

Roto Designo R7 top-third pivot roof window (PVC) with safety and thermal insulation glazing in white PVC with thermal insulation block. The Roto top-third pivot roof window can be used for a roof-pitch from 20° to 65°. Top-third pivot roof window with an opening angle of 38° and specified opening position. Lots of headroom thanks to the swing axis being located in the top-third of the window. Single-handed operation for all functions at the bottom of the window. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic): plug-in installation system without exposed screw-fixings, preassembled ex works.

Roto Designo R7 top-third pivot roof window (timber) with safety and thermal insulation glazing in natural timber with thermal insulating block. The Roto top-third pivot roof window can be used for a roof-pitch from 20° to 65°. Top-third pivot roof window with an opening angle of 38° and specified opening position. Lots of headroom thanks to the swing axis being located in the top-third of the window. Single-handed operation for all functions at the bottom of the window. Gaskets: Double gasket system all-round on the sash. Frame cover profile with additional gasket function outside. External covers made of aluminium (anthracite-metallic): plug-in installation system without exposed screw-fixings, preassembled ex works.

RotoQ centre-pivot roof window QT4 plus (timber) with integrated electrical engineering. With safety and thermal insulation glazing in natural timber with thermal insulating block. Electric-operable centre-pivot roof window with central swing axis. The Roto centre-pivot roof window can be used for a roof-pitch from 15° to 90°. Frame with factory-fitted plastic sheeting connection on the inside, two-pieced thermal insulating block. Flexible adjustable swing bearing. Plug-in installation system without exterior screws, preassembled ex works.

RotoQ centre-pivot roof window QT4 (timber) with integrated electrical engineering. With safety and thermal insulation glazing in natural timber. Electric-operable centre-pivot roof window with central swing axis. The Roto centre-pivot roof window can be used for a roof-pitch from 15° to 90°. Flexible adjustable swing bearing. Plug-in installation system without exterior screws, preassembled ex works.

Automated hardware system for flush-front folding sliding shutters weighing up to 30 kg. HAWA-Frontego 30/matic is a motorised hardware system for folding sliding shutters. A well-thought-out suspension system enables a flush-front construction and extensive freedom of design for the façade. A variety of mounting options leave virtually no wish unfulfilled. The automatic hardware system folds up to six sliding shutters and parks the package to one side at 90° to the slide axis. The drive system is powered by a brushless electric motor with a high-quality gear system and a proven drive belt; it is both wear-resistant and durable. The power supply unit (to be connected on site by others) with integrated feed and distribution and the Hirschmann plug do not need any additional connection cables. The electrical installation therefore corresponds to the usual standard for sunblind designs incorporating commercially available operating elements.

Directional outdoor spotlight, adjustable up to 220 degrees on the horizontal axis. Thanks to its front adjustable ring nut, the light beam opening ranges from a minimum of 8 degrees up to a maximum of 50 degrees. The spotlight casing, available in three different sizes, includes an arrayLED source with varying power. Iris67 has been designed to illuminate green areas: the adjustable light follows the plant growth whereas the peculiar focus enhances well-defined areas.

Directional outdoor spotlight, adjustable up to 220 degrees on the horizontal axis. Thanks to its front adjustable ring nut, the light beam opening ranges from a minimum of 8 degrees up to a maximum of 50 degrees. The spotlight casing, available in three different sizes, includes an arrayLED source with varying power. Iris67 has been designed to illuminate green areas: the adjustable light follows the plant growth whereas the peculiar focus enhances well-defined areas.

Directional outdoor spotlight, adjustable up to 220 degrees on the horizontal axis. Thanks to its front adjustable ring nut, the light beam opening ranges from a minimum of 8 degrees up to a maximum of 50 degrees. The spotlight casing, available in three different sizes, includes an arrayLED source with varying power. Iris67 has been designed to illuminate green areas: the adjustable light follows the plant growth whereas the peculiar focus enhances well-defined areas.

RotoQ centre-pivot roof window QT4 plus (PVC) with integrated electrical engineering. With safety and thermal insulation glazing in white PVC with thermal insulating block. Electric-operable centre-pivot roof window with central swing axis. The RotoQ centre-pivot roof window can be used for a roof-pitch from 15° to 90°. Frame with factory-fitted plastic sheeting connection on the inside, two-pieced thermal insulating block. Flexible adjustable swing bearing. Plug-in installation system without exterior screws, preassembled ex works.

ASSA ABLOY France solution for access door to administrative department, single-leaf, equipped with a handle controlled solenoid lock, a pair of design handle, a European profile cylinder and a built-in door closer. The solution is equipped with: - a handle controlled solenoid lock EL564, single point, axis 50mm, according to EN179, EN1125 et EN14846, by Abloy - a pair of handles OVALIS 511 on stainless steel roses, according to EN 1906, by Vachette - a cylinder 5101 RADIALIS, according to EN 1303, by Vachette - a non-handed cam action door closer DC840 , according to EN 1154, by ASSA ABLOY Typical application markets: offices For more information, please contact us: http://www.assaabloy.fr/en/contact-us