Energy-saving fans. with ESM and iq/iq 2 -motor. version The engineer s choice

Transcription

1 Energy-saving fans version 0-0 with ESM and iq/iq -motor The engineer s choice

2 The new generation of energy-saving fans Energy savings have become an important topic in almost every aspect of life. Our extended energy saving fan series, based on the energy saving motor (ESM) and the iq-motor, offers high efficiency throughout a long service life and a significant decrease in energy consumption along with it. This is precisely what is required for refrigeration systems, such as in refrigerated and freezer cases or for condensing units. Comprehensive series The series of these energy saving fans includes, based on the energy saving motor (ESM), axial fans and centrifugal modules as well as the iq-motor as an energy saving variant of the Q-motor. xial fans are available in sizes of 0,, 00, 0, 0 and 00 mm. With their new rotors and wall rings, which have been optimised according to aerodynamic criteria, the fans now work even more quietly and require no varnish, a particularly environmentally friendly feature. Energy saving centrifugal modules are available in sizes of 90 and 0 mm. These are especially appealing due to their compact and aerodynamically optimised design, which allows customers to install them quickly and hassle-free. The KG00 energy saving centrifugal module in a diagonal impeller design rounds out the ESM series. It particularly distinguishes itself due to noise-optimised and air flow-optimised performance in the medium pressure range. ebm-papst sets the benchmark here, too. The existing series was expanded with additional versions and functions to meet new market demands. mong other things, this includes a VDC design with an integrated 0-0 VDC open loop speed control and a speed monitoring output. 0-0 VDC open loop speed control is now possible even for the existing line-fed designs by using an ESM+ plug-in module. This series is supplemented by the energy saving iq-motor based on ebm-papst's GreenTech EC technology. The iq series further expands the offering with additional functions. Due to its dimensions and mounting options, which are identical to the Q-motor already established on the market, customers are given the possibility of a : replacement without extensive renovations. The iq-motor can be readily installed with normal axial impellers with a to mm diameter. Maximum efficiency Our ESM and iq-motors achieve a maximum motor efficiency of over 0% and thus only need / to / of the power of an otherwise normal shaded-pole motor. Higher efficiency also means lower intrinsic heating during operation at the same time, which dissipates less heat into the surrounding area. This means that less cooling power must be generated, thus resulting in additional energy savings.

3 Table of contents The new generation of energy-saving fans Green Tech: The Green Company Energy-saving axial fans Energy-saving centrifugal modules 0 Energy-saving accessories Energy-saving electrical connections iq/iq -motor iq/iq -motor accessories Technical parameters & scope ebm-papst representatives & subsidiaries

4 Sustainability is at the centre of our thoughts and actions. Out of conviction! Eco-friendliness and sustainability have always been at the core of our thoughts and actions. For decades, we have worked according to the simple but strict creed of our co-founder Gerhard Sturm: Each new product we develop has to be better than the last one in terms of economy and ecology. GreenTech is the ultimate expression of our corporate philosophy.

5 GreenTech is pro-active development. Even in the design phase, the materials and processes we use are optimised for the greatest possible eco-friendliness, energy balance and wherever possible recyclability. We continually improve the material and performance of our products, as well as the flow and noise characteristics. t the same time, we significantly reduce energy consumption. Close co-operation with universities and scientific institutes and the professorship we endow in the area of power engineering and regenerative energies allows us to profit from the latest research findings in these fields and at the same time ensure highly qualified young academics. GreenTech is acknowledged and certified. Every step in our chain of production meets the stringent standards of environmental specialists and the public. The 00 Environmental Prize of aden-wuerttemberg, the Green ward 009, the Energy Efficiency ward 009 of the dena to give just a few examples testify to this. The environmental advantage gained in the performance of the products developed from our GreenTech philosophy can also be measured in the fulfilment of the most stringent energy and environmental standards. In many instances, our products are already well below the thresholds energy legislation will impose a few years from now several times over. GreenTech is eco-friendly production. GreenTech also stands for maximum energy efficiency in our production processes. There, the intelligent use of industrial waste heat and groundwater cooling, photovoltaics and, of course, our own cooling and venti - lation technology are of the utmost importance. Our most modern plant, for instance, consumes 9% less energy than currently specified and required. In this way, our products contribute to protecting the environment, from their origin to their recyclable packaging. Our customers profit from this every day. The heart of GreenTech is future-oriented EC technology from ebmpapst. The EC technology at the core of our most efficient motors and fans allows efficiency of up to 90%, saves energy at a very high level, significantly extends service life and makes our products maintenancefree. These values pay off not only for the environment, but every cent also pays off for the user! ll ebm-papst products even those for which GreenTech EC technology does not (yet) make sense from an application viewpoint feature the greatest possible connection of economy and ecology.

6 Series: The existing series of energy saving axial fans was expanded by adding a compact fan with size 0. In addition, the ESM series is now available as a VDC version with an integrated 0-0 VDC open loop speed control output and a speed monitoring signal. These control options have also become possible for line-fed designs via an additional ESM+ plug-in module. System: Not just our existing shaded-pole motors were replaced by high-efficiency GreenTech EC motors for our fans, but a complete new system was developed as a whole consisting of an EC motor, impeller and wall ring. Optimum efficiency for the best possible noise behaviour was only able to be achieved by having all of the components perfectly harmonised together. Energy efficiency: The energy saving motors achieve a maximum efficiency of over 0%. So they only need / to / the power of an otherwise normal shaded-pole motor. ut higher efficiency also means lower intrinsic heating during operation at the same time, which dissipates less heat into the surrounding area. This results in further energy savings, since less cooling capacity needs to be put in place from the beginning. Easy installation: Effort needed by the customer for installation and logistics is reduced to a minimum due to the complete system. In addition to the fan itself, only screws are needed for mounting. Further savings result from the pluggable connection line. For example, this allows installation time to be drastically reduced due to a pre-installed cable harness. The number of variants can be substantially reduced by subsequent programming as well by having different air performance levels customised accordingly even at a later point in time. n earth wire can be omitted due to a design in protection class. Robust design: Ten years of field experience with more than million energy saving motors shows that the system is robust, maintenance-free and durable. Depending on environmental conditions, the service life usually exceeds 0,000 hours. The stator, which is hermetically sealed with a coat of plastic, is optimally protected from ambient influences. nd the electronics are protected from humidity with a sealed off cover, so that IP protection requirements are fulfilled. Shock loads of more than 0g have no effect on the fan due to the stable design. Certifications: ll of the approvals required in the refrigerated case industry are present or in progress. VDE: EN 0-, --, --0, --9 UL 00-, 00-, 00-, UL 00 GOST

7 The new energy-saving axial fans Size 0 Size 0 Size 00 Size 0 Size 0 Size 00

8 Energy-saving axial fans Ø 0 Material: Wall ring: Plastic P lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE; EN 0- pprovals: VDE, UL, CS, GOST are applied for Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG MG 0-I ~ 0/0 00 0, , WG0- -0 MG 0-I ~ 0 0/0 00 0, , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0, 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0, 0, 0,9 0,9 0,9 0,9 0, 0, 0, 0, n max. = 00 min - n = 00 min - n min. = 00 min -

9 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n - ر ±0. Ø Ø. ±0. Ø. 0 0 ±0. Ø Ø±0. Ø "V" ± Connection lead (total length 0 mm) is fitted ex works and can be detached. Handheld Programmer p. 9 9

10 Energy-saving axial fans Ø Material: Wall ring: Plastic PP lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG-EC9-0 MG 0-D ~ 0/0 00 0, ,9 WG-EC9-0 MG 0-D ~ 0 0/0 00 0, ,9 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, 0,0 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0,0 0,0 0,0 0, 0, 0, 0, 0, 0, 0, 0, 0,0 0,0 0,0 0,0 n max. = 00 min - n = 00 min - n min. = 900 min - 0

11 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n. x Ø. Ø ± Ø Ø0 Ø "V" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

12 Energy-saving axial fans Ø 00 Material: Wall ring: Plastic PP epylen lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG00-EC9 - MG 0-D ~ 0/0 00,0 0, ,0 WG00-EC - MG 0-D ~ 0 0/0 00,0 0, ,0 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa 0 0 in H O 0,0 0,0 0,0 0,0 0,0 q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff ,09 0,0 0,0 0, 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0, n max. = 00 min - n = 900 min - n min. = 00 min -

13 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n. 0 x Ø. Ø0 0+0 Ø00 Ø Ø0 0± "V" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

14 Energy-saving axial fans Ø 00 Material: Wall ring: Plastic PP lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG00-EC9 - MG 0-D ~ 0/0 00 0, ,0 WG00-EC9 - MG 0-D ~ 0 0/0 00 0, ,0 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, 0,0 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 0 n max. = 00 min - n = 00 min - n min. = 00 min -

15 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n. 0 x Ø. Ø0 0+0 Ø00 Ø Ø0 0± "V" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

16 Energy-saving axial fans Ø 00 Material: Wall ring: epylen lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II pprovals: VDE, UL, CS, GOST are applied for Speed: Speed-controlled (0-0V) Nominal data Curve Nominal voltage Nominal voltage range Speed/rpm () Input power () current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VDC VDC rpm W Pa C kg WG00-EF -0 MG 0-D - 0 0, ,0 WG00-EF0-0 MG 0-D - 0 9, ,0 subject to alterations () Nominal data running at free air. Curves n rpm P e W I L W d() p sf Pa in H O 0, 0,0 0,0 0, 0, 0,0 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff ,0 0,0 0, 0,,0,,, 9

17 Electr. connection: UN + VDC U PWM/0-0 VDC RE>00K Tacho 0 R V Tacho GND Reverse-polarity protection GND. 0 x Ø. Ø0 0+0 Ø00 Ø Ø0 0± "V" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff. Electr. connection p.

18 Energy-saving axial fans Ø 00 Material: Wall ring: epylen lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE; EN 0- pprovals: VDE, UL, CS, GOST are applied for Speed: Speed-controlled (0-0V) Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG00-EC - MG 0-D ~ 0 0/0 00 0, ,0 WG00-EC9 - MG 0-D ~ 0 0/0 00 0, ,0 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, 0,0 q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff ,0,0,0, ,0 0,0 0,0 0,0 0, 0, 0, 0,

19 ± ± Electr. connection: CON0 L N. C C P N CON0 +0V 0V/PWM GND Tacho Imax=.m k 0R k 00µF ZMM Ø.(x) Ø0 Ø00 Ø Ø0 "V" ccessories p. ff. Electr. connection p. 9

20 Energy-saving axial fans Ø 00 Material: lade: Plastic P, fibreglass-reinforced Guard grille: Plastic PP Number of blades: Direction of air flow: "", intake over guard grille Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg SG 00-C9-0 MG 0-D ~ 0/ , ,9 SG 00-C9-0 MG 0-D ~ 0 0/ , ,9 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, 0,0 q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst short nozzle and with protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, n max. = 000 min - n = 00 min - n min. = 00 min - 0

21 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n 0. x Ø. Ø00 Ø0 Ø. "" ±0 0 0± Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

22 Energy-saving axial fans Ø 0 Material: Wall ring: Plastic PP lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG0-E9-0 MG 0-D ~ 0/0 00 0, ,0 WG0-E9-0 MG 0-D ~ 0 0/0 00 0, ,0 subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0, 0, 0,9 0,9 0,9 0,0 0,09 0,09 0,0 0,0 n max. = 00 min - n = 000 min - n min. = 00 min -

23 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n. 0 x Ø. Ø ± Ø0 Ø Ø0 "V" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

24 Energy-saving axial fans Ø 0 Material: Wall ring: Plastic PP lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG0- -0 MG 0-I ~ 0/0 00 0, , WG0- -0 MG 0-I ~ 0 0/0 00 0, , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and with protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, n max. = 00 min - n = 00 min - n min. = 900 min -

25 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n x90 Ø0 Ø0 xø Ø9 Ø 0± "V" 0 ±0 ccessories p. ff.

26 Energy-saving axial fans Ø 00 Material: Wall ring: Plastic PP lade: Plastic P, fibreglass-reinforced Number of blades: Direction of air flow: "V", exhaust over struts Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg WG MG 0-I ~ 0/0 00 0, , WG MG 0-I ~ 0 0/0 00 0, , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0,0 0,0 0, 0, 0,0 q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst full nozzle and with protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0,0 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, n max. = 00 min - n = 900 min - n min. = 00 min -

27 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n 9 0 xø. 0 x90 Ø0 Ø00 "V" Ø0 Ø9 90 ±0 0± ccessories p. ff.

28 Energy-saving axial fans Ø 00 Material: lade: Plastic P, fibreglass-reinforced Guard grille: Plastic PP Number of blades: Direction of air flow: "", intake over guard grille Direction of rotation: Counter-clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Mass Type Motor VC Hz rpm W Pa C kg SG 00-C -0 MG 0-I ~ 0/0 0 0, , SG 00-C9-0 MG 0-I ~ 0 0/0 0 0, , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0,0 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, in ebm-papst short nozzle and with protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0, 0, 0, 0,0 0, 0, 0, 0, 0, 0, 0, 0, 0, n max. = 0 min - n = 900 min - n min. = 00 min -

29 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n x Ø. Ø00 Ø0 Ø ±0 0 0± "" Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff. 9

30 The perfect combination! For the new energy saving centrifugal modules, we have combined a backward curved centrifugal impeller already established on the market with new compact modules. The result is a highly compact unit with an integrated inlet nozzle and motor suspension directly connected to the mounting plate. The mounting plate, inlet nozzle and motor suspension consist of a robust and durable plastic. This has the advantage that no compromises have to be made in the aero-acoustic design. The energy saving centrifugal modules are available with impellers with a 90 and 0 mm diameter. They are extremely compact and easy to install. Intricate adjustments to the impeller for the nozzle are not necessary. n inlet side guard grille is available for installation as an accessory. The new diagonal KG00 with an energy saving motor rounds out the series. The diagonal impeller design particularly distinguishes itself through its noise-optimised and air flow-optimised performance in the medium pressure range and sets new benchmarks in the process. Take advantage of the benefits offered by a completely pre-installed functional unit: Compact design Optimised, tested and guaranteed functional unit Plug-and-play characteristic Easy installation Energy saving motor (ESM) Optional guard grille Simple logistics Maximum efficiency The energy saving motors achieve a maximum efficiency of over 0%. So they only need / to / the power of an otherwise normal shaded-pole motor. ut higher efficiency also means lower intrinsic heating during operation at the same time, which dissipates less heat into the surrounding area. This means that less cooling power must be generated from the outset, thus resulting in additional energy savings. 0

31 The new energy-saving centrifugal modules Size 90, backward curved Size 0, backward curved Size 00, diagonal

32 EC centrifugal module backward curved, Ø 90 Material: Housing: Plastic P, fibreglass-reinforced Impeller: Plastic P, fibreglass-reinforced Rotor: Galvanised Number of blades: Direction of rotation: clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None, open rotor Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST are applied for Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Perm. amb. temp. Type Motor VC Hz rpm W C KG 90 MG 0-D ~ 0/ , KG 90 MG 0-D ~ 0 0/ , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0, 0, 0, 0, 0, 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0, 0,9 0,9 0, 0, 0, 0, 0,9 0, 0,0 0,0 0, 0, 0, n max. = 000 min - n = 00 min - n min. = 00 min -

33 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n Mass of centrifugal module with support bracket Centrifugal module with support bracket KG 90-D0-0 kg, KG 90-D -0, 09 9 x. xø. 0+0 Ø+ Ø90 Ø Ø0 0± Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

34 EC centrifugal module backward curved, Ø 0 Material: Housing: Plastic P, fibreglass-reinforced Impeller: Plastic P, fibreglass-reinforced Rotor: Galvanised Number of blades: Direction of rotation: clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None, open rotor Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST are applied for Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Perm. amb. temp. Type Motor VC Hz rpm W C KG 0 MG 0-D ~ 0/0 00 0, KG 0 MG 0-D ~ 0 0/0 00 0, subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0,0 0, 0, 0, 0,0 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0,0 0, 0,0 0, 0, 0, 0, 0, 0, 0, 0,0 0,0 0, 0, n max. = 00 min - n = 00 min - n min. = 00 min -

35 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n Mass of centrifugal module with support bracket Centrifugal module with support bracket KG 0-F90-0 kg, KG 0-F9-0, 0 x Ø. x Ø+ Ø0 Ø 9 Ø 0 0± Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

36 EC centrifugal module diagonal, Ø 00 Material: Housing: Plastic P, fibreglass-reinforced lades: Plastic P, fibreglass-reinforced Number of blades: Direction of rotation: clockwise, seen on rotor Type of protection: IP Insulation class: "" Mounting position: ny Condensate discharges: None, open rotor Mode of operation: Con. operation (S) earings: Maintenance-free ball bearings Motor protection: Via electronics and TOP Electrical connection: Plug-in connection on motor side Protection class: II Product conforming to standard: CE pprovals: VDE, UL, CS, GOST are applied for Speed: Using the programming unit, speeds between n min and n max can be programmed. Nominal data Curve Nominal voltage Frequency Speed/rpm () Max. input power () Max. current draw () Max. back pressure Perm. amb. temp. Type Motor VC Hz rpm W P C KG 00 MG 0-D ~ 0/ , KG 00 MG 0-D ~ 0 0/ , subject to alterations () Nominal data in operating point with maximum load and or 0 VC Curves n rpm P e W I L W d() p sf Pa in H O 0, 0, 0, 0, 0, q V cfm m /h ir performance measured as per: ISO 0, Installation category, without protection against accidental contact Suction-side noise levels: L W as per ISO, L p measured at m distance to fan axis The acoustic values given are only valid under the measurment conditions listed and may vary depending on the installation situation. With any deviation to the standard setup, the specific values have to be checked and reviewed once installed or fitted! For detailed information see page ff , 0, 0,0 0, 0, 0, 0, 0, 0, 0, 0,0 0, 0, 0, 0, 0, n max. = 000 min - n = 00 min - n min. = 00 min -

37 Electr. connection: L black Mains supply voltage L or N N blue Energy-saving motor / fan (ESM) S brown S off on (L or N) Speed selection n n Centrifugal module with support bracket KG kg, xø xø. Ø0 Ø ± Ø Mass of centrifugal module with support bracket KG ,. Connection lead (total length 0 mm) is fitted ex works and can be detached Other lengths available as accessory. ccessories p. ff.

38 Connection leads (ESM), a 0, 0 Design: Cable conforms to UL standards, sealed plug. Custom-built connection leads on request., 9, Jacketed cable, internal line (UL Style /0) x WG0 (approx. 0. mm ) rass lead tips Connection lines for energy-saving motors /0 VC Part no. a subject to alterations Guard grilles (ESM) a b Material: Plastic P, fibreglass-reinforced Guard grille (sucking side) for energy-saving centrifugal modules Part no. Size a b ,0 9, ,0, subject to alterations

39 Connection leads (ESM), a 0, 0 Design: Cable conforms to UL standards, sealed plug. Custom-built connection leads on request., 9, Jacketed cable, internal line (UL Style /0) x WG0 (approx. 0. mm ) rass lead tips Connection lines for energy-saving motors VDC Part no. a subject to alterations Handheld Programmer Easy speed programming attery operated User-friendly navigation menu Protective boot with kickstand For Energy Saving Motor (ESM) based products Part no. CC 000-F0-0 subject to alterations Makes quick work of programming the two ESM selectable operating speeds. Eliminates the need for a personal computer, software, power adapter and nd cable. Good for production line or field service use. utomatic shut-off function for an extended battery life. Mini-US connector for uploading software upgrades. atteries, programming cable and operating manual included. 9

40 Pressure sensor for pressure-controlled speed control Material: Housing made of P Pressure connection made of brass Type of protection: IP according to EN 09 / IEC 9 Suitable for commonly used refrigerants ( R; R0C, R0, R0) Easy installation via pressure connection with / -0 UNF female thread with Schrader valve opener Power supply via0 VDC 0-0 VDC control output signal for pressure-dependent speed control of the fan Delivered in individual packaging Nominal data Nominal voltage Max. power input Setting range cut-off Factory setting cut-off Test pressure Max. operating pressure Max. medium temperature Perm. amb. temp. Mass Part no. VDC m bar bar bar bar C C g subject to alterations 0 to to to. 0-0 to + Connecting cable with plug (. m) not included in scope of delivery. Part No.: = Signal 0-0 V = 0 V = GND 0 () Electr. connection: Pressure sensor Connection fan 0 9 L N T C C P N PE PE Control voltage 0-0 VDC +0V Imax=.m 0V/PWM GND k k µf Hysteresis bar Proportional band Tacho 0R ZMM Cut-off Condensation pressure, bar 0

41 Connection lead (Pressure sensor). ±0..±0. 00±0 0±0 ±0. Design: Single packed in plastic bag. Jacketed cable, internal line (UL Style ), x WG rass lead tips Connection line for pressure sensor Part no a 00 subject to alterations

42 Electrical connections WG 00 - EF - 0 / WG 00 - EF0-0 Customer circuit Connection Fan / Motor Full speed Speed setting Speed setting with fixed resistance UN + VDC U.K -0V 0V -> n = max V -> n = min < V -> n = 0 Safe start up at Unom -0% from 0% PWM 0K PWM/0-0 VDC Tacho 0 R RE>00K V Tacho Speed setting via PWM -0kHz Setting of values via ebm temperature controller GND Reverse-polarity protection GND K P T OUT V N % PWM -> n = max 0% PWM -> n = min < 0% PWM -> n = 0 Safe start-up at Unom -0% from 0% PWM Line No. Connection Colour ssignment / function Un + VDC red Power supply VDC, residual ripple. %, see type plate for voltage range GND blue Reference ground Tacho white Tacho output: Open Collector, pulse per revolution, Isink max = 0 m PWM / 0-0 VDC yellow Control input PWM or 0-0 V, RE > 00K

43 Electrical connections WG 00 - EC - / WG 00 - EC9 - Customer circuit Connection Fan / Motor CON0 max. speed 0. djustable speed 0. L. C C P N 0. -0V 0V -> n = max V -> n = min < 0.V -> n = 0 0. CON0 N +0V Imax=.m 0V/PWM k k 00µF Speed setting via PWM -0kHz Speed setting via potentiometer GND V Imax=0m 0. Tacho 0R ZMM 0. 0K 0. V 00% PWM -> n = max 0% PWM -> n = min < % PWM -> n = Line No. Connection Colour ssignment / function CON0 CON0 L N black blue Power supply 0 VC, 0-0 Hz, see type plate for voltage range Neutral conductor CON0 0V/max..m red Voltage output 0V /.m, electrically isolated CON0 Tacho white Tacho output: Open Collector, pulse per revolution, electrically isolated CON0 0-0V PWM yellow Control input 0-0 V or PWM, electrically isolated CON0 GND blue GND - Connection for control interface

44 The smart way to save energy Classic shaded-pole motors (Q motors) have reached the end of their usefulness. The new iq motors are just as compact, but they are significantly more intelligent, energy-saving and environmentally friendly. Thanks to ebm-papst GreenTech EC technology, the efficiency has been increased by some 0 %. This means that the switch pays off extremely quickly. nd that s not all: With the additional functions of the latest iq² generation, you can increase the efficiency even more with intelligent control options. Exchange your old motor for 0 % more efficiency From the outside, the iq and iq² motors are barely distinguishable from conventional shaded-pole motors. Thus the identical dimensions enable easy replacement without structural modifications or other obstacles. xial impellers with diameters from to 00 mm can be installed on the iq motor as usual. The same applies to the mounting flange, the wall ring and the guard grille. Thus the efficiency of many applications can be increased drastically without any development effort. One design thousands of applications Just one design is compatible with the entire range of impellers, from to 00 mm. This makes logistics easier and keeps your development effort low. Moreover, the smallest size, the iq 0, is the most compact version of an EC motor in the area of refrigeration technology. With an axial installation depth of only mm, it guarantees the bit of air that is so badly needed in tight spaces. Energy-saving and quiet throughout its long service What all variants have in common is their low-noise performance and very long service life. critical role is played by a particularly low-friction bearing system with double ball bearings. This enables the iq motors to continue to deliver their enormous savings potential for a very long time. ll advantages at a glance High efficiency of up to 0 % Constant speed, even in the event of voltage fluctuations High running smoothness due to low-friction bearing system Intelligent electronics with n-control, overload and locked-rotor protection Conventional C technology can be replaced easily Identical accessories and dimensions to Q motor Long service life due to maintenance-free ball bearings One solution replaces multiple sizes of comparable C motors vailable in V, V and 0 V

45 The new generation of iq motors Quadratic. Practical. Intelligent. Savings potential Technical data ir performance curves

46 The smart square: The new additional functions of the iq² The new iq² motors can do everything the normal iq motors can do and more, which makes applications such as those in refrigeration technology more efficient. dditional functions enable different operating modes, like one that is customised to your needs or automated reverse operation. Simply select the motor variant that best suits your application. iq² safety class II. The iq² safety class II features a special design with plastic housing parts. This makes extra steps such as installing the protective earth conductor (protection class II) unnecessary and saves you a lot of money. iq² reverse on start. The iq² reverse on start runs backwards automatically for a pre-programmed time at each start-up. This is an important function for cooling units, as it allows accumu - lated dust to be blown from the heat exchanger of the condenser for long-lasting high cooling capacity. iq² reverse on demand. With the iq² reverse on demand, you determine the time and duration of the reverse operation. For example, you can use the defrost cycle of the evaporator to eliminate dust from the heat exchanger of the condenser. iq² two speeds. The special performance feature of the iq² two speeds is its two factoryprogrammed speed steps. For example, if you want your application to run in different daytime and nighttime modes to save additional energy, it is the right choice. General overview of data: iq and iq² Material: Direction of air flow: Direction of rotation: System of protection: Insulation class: Mounting position: Mode of operation: earings: Motor protection: Die-cast aluminium housing iq² protection class II plastic Sucking or blowing (depending on axial impeller used) Counterclockwise, seen on shaft end IP "H" ny Continuous operation (S) Maintenance-free ball bearings Via electronics Electrical connection: Mains cable Protection class: I, for iq² plastic housing II pprovals: UL, TÜV in accordance with DIN EN 0--, DIN EN 0--9, DIN EN 00-, in progress for iq² Mounting attachment parts: Guard grille and wall ring are attached to the projecting thread ends on the side xial impeller attachment: plastic adapter with catching peg and M screw is used to secure the impeller on the motor shaft

47 iq Intelligence that pays quick example calculation: typical supermarket operates 00 C fans with 00 mm blades (blade angle ) in its refrigeration units. If the shaded-pole motors were to be replaced by iq or iq² motors, the energy consumption would be reduced by 9 megawatt hours. That is an annual saving of more than.000 euros* and a good tonnes of CO. Reduction in power input:: 0 % nnual reduction in energy consumption: 9 MWh nnual reduction in energy costs:.000 euros total nnual reduction in emissions: tonnes CO *ssumptions: electricity price 0. euros per kwh, continuous operation hours a day, days a year If you look at the figures for the iq-motor over a prolonged period, its considerable energy-savings potential becomes especially obvious. Consumption [MWh] Savings potential t CO 0.00 euros Electricity price: 0. euro per kwh Number of motors: 00 Continuous operation ( h/ d) xial blades: 00 mm/ blade angle CO emissions factor: 0.9 kg per kwh (Federal Environment gency, Dessau, May 00) iq C-shaded-pole motor (comparable) 0 0 Service life [years] iq motor in energy-saving calculator: How much energy and money could an iq motor save in your company? y what amount could you decrease CO emissions in the process? You can get a good idea of this with the ebmpapst energy savings calculator at Go for your energy cost calculation there and the numbers will speak for themselves!

48 Technical data with new swich-mode power supply Nominal data Nominal voltage Frequency Speed/rpm Output capacity Perm. amb. temp. Mass Dimensions Type Features V Hz rpm W C kg a b c Standard, ROS, ROD, Speeds 0-0 0/ , * 0/ , iq/iq 0 Hybrid 0-0 0/ , * 0/ ,, 0, Protection class II 0-0 0/ , * 0/ , Standard, ROS, ROD, Speeds 0-0 0/ , * 0/ , iq/iq Hybrid V 0-0 0/ , * 0/ , , ,, 0, Protection class II 0-0 0/ , * 0/ , Standard, ROS, ROD, Speeds 0-0 0/ , * 0/ , iq/iq 0 Hybrid V 0-0 0/ , * 0/ , , , 90,, Protection class II 0-0 0/ , * 0/ , subject to alterations *With Speeds: upper speed -side Ø M (x) a c Standard version 0 / 000 / 00 Ø, Ø, M b, Standard direction of rotation -side -side

49 Multi-function version (only iq ) -side Ø M (x) M,9 0, x0 -side M (x) Depth of screw max. mm 00 Ø, Ø, -side M,, -side Ø Ø, Standard direction of rotation V version; rpm; 0-0 V interface Speed vs. control voltage: Speed [rpm] Control voltage [V] xial impeller p. Mounting bracket p. Guard grille p. asket guard grille p. Wall ring p. 9

50 iq/iq -motor combination with axial impellers Power input and air flow Motor xial impeller diameter xial impeller blade angle Curves Max. power input Power input running at free air ir flow running at free air at n=00 rpm iq/iq 0 mm W W m /h C,0 0 0,, 90,, 0,, 0,, 0,,0 0 9,, 0 9,, 0 iq/iq mm W W m /h * D E F,,9 0,, 0,, 0,, 0,, 0 9,,0 0 9,0, 0 0,,9 0,, 0 9,, 90 iq/iq 0 mm W W m /h * 00 * E G H,, 0,,9 0,0,9 0,, 0,, 90,, 00,, 0 subject to alterations * Depending on back pressure, full nominal speed of 00 min - is not reached to some part. Depending on mounting situation and version, a speed of approx. 00 min - (+/- 00 min - ) is reached. Due to the intelligent electronics, however, safe (permanent) operation is still guaranteed. These versions are not possible with protection class II. Power ratings (0-0 V design): Power input and air flow at 0 V / 0 Hz and a constant speed of 00 min -. 0 xial impeller p. Mounting bracket p. Guard grille p. asket guard grille p. Wall ring p.

51

52 iq/iq -motor ir performance curves measured in wall ring, at a constant speed of,00 rpm. iq/iq 0, Ø iq/iq 0 /, Ø p sf Pa q V p sf Pa m /h q V m /h iq/iq 0, Ø 00 iq/iq, Ø 00 p sf Pa q V C p sf Pa m /h q V D m /h

53 iq/iq / 0, Ø 0 iq/iq, Ø p sf Pa q V E p sf Pa m /h q V F m /h iq/iq 0, Ø iq/iq 0, Ø 00 p sf Pa q V G p sf Pa m /h q V H m /h

54 xial impellers b c b Material: Sheet aluminium a c Direction of rotation, "V" "" x Ø.0 with pitch circle for holes Ø. mm xial impellers Part no. for dir. of air flow "V" Part no. for dir. of air flow "" lade angle α a b c.00.0 subject to alterations ± 0,0,, ± 0,0,0, ± 0,0,0, ± 0,0,0,.00.0 ± 0,0,0, ± 0,0,0, ± 0 00,0,0,.00.0 ± 0 00,0,, ± 0 00,0,0, ± 0 0,0,0,.0. ± 0 0,0,0,.0. ± 0 0,0 0,0,0.0. ± 0,0,0 9,0.0. ± 0,0,0,.0. ± 0,0,0,0.0. ± 0 00,0,0,.0. ± 0 00,0,,.0. ± 0 00,0,0 0,0

55 Mounting bracket Vers. Vers. Vers. b b Material: Sheet steel, galvanized and blue chromated 09,, c d a,, a c d,, 0,,, Mounting bracket - foot measure mm (multi-function design) Part no. Size Vers. a b c d.00,0,0,0 00, ,0,0,0 00,0.00 0,,0,0 00,0.00,,0,0 00, ,0 0,0,0 subject to alterations, a 00 Vers. Vers. Vers.,,, Material: Sheet steel, galvanized and blue chromated, a, a,,, a 00, 00,,,,, 0,, 0 00,,,, 0, Mounting bracket - foot measure mm (standard design or multi-function design), Part no. Size Vers. a 0.0 9,0.0, ,0,0,,, 0,.0,0.0, , ,0 subject to alterations

56 Guard grille Material: Steel, galvanized and blue chromated 9, Øa b, c Guard grille Part no. Size Max. blade angle α at "V" Max. blade angle α at "" a b c.000 0,0 90,0,.000,0 0,0, ,0,0,.000 0,0,0,.000 0,0 90,0, ,0,0, subject to alterations, Material: Steel, galvanized and blue chromated 9, 9 Øa Øb c asket guard grille Part no. Size Max. blade angle α at "V" Max. blade angle α at "" a b c subject to alterations 00 0,0 0,0,,0,0,,0,0 0,0 0,0 90,0 0, ,0,0,

57 Wall rings Material: Sheet steel, coated in grey plastic or plastic b, d Øa "V" c, R, Wall rings, direction of air flow "V" Part no. (sheet steel) Part no. (plastic) Size Max. blade angle α a b c d d (plastic).00.00,0 90,0 00,0,0, ,0 0,0,0,0, ,0,0,0,0, ,0,0,0, ,0 90,0 00,0,0, ,0,0,0,0,0 subject to alterations R, Material: Sheet steel, coated in grey plastic or plastic b, d Øa "" c, Wall rings, direction of air flow "" Part no. (sheet steel) Part no. (plastic) Size Max. blade angle α a b c d d (plastic) ,0 90,0 00,0, ,0 0,0,0, ,0,0,0, ,0,0,0, ,0 90,0 00,0,0, ,0,0,0,0 --- subject to alterations

58 Technical parameters & scope High standards for all ebm-papst products Here at ebm-papst, we constantly strive to further improve our products in order to be able to offer you the best possible product for your application. Careful monitoring of the market ensures that technical innovations are reflected in the improvements of our products. ased on the technical parameters listed below and the ambience you want our product to operate in, we here at ebm-papst can always work out the best solution for your specific application. General performance parameters ny deviations from the technical data and parameters described here are listed on the product-specific data sheet. Type of protection The type of protection is specified in the product-specific data sheets. Insulation class The insulation class is specified in the product-specific data sheets. Mounting position The mounting position is specified in the product-specific data sheets. Condensate discharge holes Information on the condensate discharge holes is provided in the product-specific data sheets. Mode of operation The mode of operation is specified in the product-specific data sheets. Protection class The protection class is specified in the product-specific data sheets. Service life The service life of ebm-papst products depends on two major factors: The service life of the insulation system The service life of the bearing system The service life of the insulation system mainly depends on voltage level, temperature and ambient conditions, such as humidity and condensation. The service life of the bearing system depends mainly on the thermal load on the bearing. The majority of our products use maintenance-free ball bearings for any mounting position possible. s an option, sleeve bearings can be used, which is indicated on the product-specific data sheet wherever applicable. The service life L0 of the ball bearings can be taken as approx. 0,000 operating hours at an ambient temperature of 0 C, yet this estimate can vary according to the actual ambient conditions. We will gladly provide you with a lifetime calculation taking into account your specific operating conditions. Motor protection / thermal protection Information on motor protection and thermal protection is provided in the product-specific data sheets. Depending on motor type and field of application, the following protective features are realised: Thermal overload protection (TOP), either in-circuit or external PTC with electronic diagnostics Impedance protection Thermal overload protection (TOP) with electronic diagnostics Current limitation via electronics If an external TOP is connected, the customer has to make sure to connect a conventional trigger device for switching it off. Products without fitted TOP and without protection against improper use, a motor protection complying with the valid standards has to be installed.

59 Left: Endurance test room Middle: Shock test Right: Chamber test rig Mechanical strain / performance parameters ll ebm-papst products are subjected to comprehensive tests complying with the normative specifications. In addition to this, the tests also reflect the vast experience and expertise of ebm-papst. Legal and normative directives The products described in this catalogue are designed, developed and produced in keeping with the standards in place for the relevant product and, if known, the conditions governing the relevant fields of application. Vibration test Vibration tests are carried out in compliance with Vibration test in operation according to DIN IEC, parts - Vibration test at standstill according to DIN IEC, parts - Shock load Shock load tests are carried out in compliance with Shock load according to DIN IEC, parts - alancing quality Testing the balancing quality is carried out in compliance with Residual imbalance according to DIN ISO 90 Standard balancing quality level G. Should you require a higher balancing quality level for your specific application, please let us know and specify this when ordering your product. Chemo-physical strain / performance parameters Should you have questions about chemo-physical strain, please direct them to your ebm-papst contact. Fields of application, industries and applications Our products are used in various industries and applications: Ventilation, air-conditioning and refrigeration technology, clean room technology, automotive and rail technology, medical and laboratory tech - nology, electronics, computer and office technology, telecommunications, household appliances, heating, machines and plants, drive engineering. Our products are not designed for use in the aviation and aerospace industry! Standards Information on standards is provided in the product-specific data sheets. EMC Information on EMC standards is provided in the product-specific data sheets. Complying with the EMC standards has to be established on the final appliance, as different mounting situations can result in changed EMC properties. Leakage current Information on the leakage current is provided in the product-specific data sheets. Measuring is according to IEC pprovals In case you require a specific approval for your ebm-papst product (VDE, UL, GOST, CCC, CS, etc.) please let us know. Most of our products can be supplied with the relevant approval. Information on existing approvals is provided in the product-specific data sheets. ir performance measurements ll air performance measurements are carried out on suction side and on chamber test beds conforming to the specifications as per ISO 0 and DIN. The fans under test are installed in the measuring chamber at free air intake and exhaust (installation category ) and are operated at nominal voltage, with C also at nominal frequency, and without any additional components such as guard grilles. s required by the standard, the air performance curves correspond to an air density of. kg/m. 9

60 Room for precision noise measuring Measurement conditions for air and noise measurement ebm-papst products are measured under the following conditions: xial and diagonal fans in direction of rotation V in full nozzle and without guard grille ackward curved centrifugal fans, free-running and with inlet nozzle Forward curved single and dual inlet centrifugal fans with housing Noise measurements ll noise measurements are carried out in low-reflective test rooms with reverberant floor. Thus the ebm-papst acoustic test chambers meet the requirements of precision class according to DIN EN ISO. For noise measurement, the fans being tested are placed in a reverberant wall and operated at nominal voltage (for C, also at nominal frequency) without additional attachments such as the guard grille. Sound pressure level and sound level ll acoustic values are established according to ISO, DIN and ISO / to accuracy class and given in -rated form. When the sound pressure level (L p ) is measured, the microphone is on the intake side of the fan being tested, usually at a distance of m on the fan axis. To measure the sound power level (L w ), 0 microphones are distributed over an enveloping surface on the intake side of the fan being tested (see graphic). The sound power level measured can be roughly calculated from the sound pressure level by adding d. Measuring configuration as per ISO - respectively DIN -: 0 measuring points d D h =,d...,d Measurement area S = d + d (h +,d) d D,d h d 0