EBM-PAPST INC. W3G280-EQ08-44

Mobile Applications www.ebmpapst.us About ebm-papst Inc. headquarters - farmington, CT » 250K sq ft » 20 Regional Offices » 300 Employees » Complete Air Testing Lab On Site » ISO 9001 and 14001 Certification » Logistic centers in Farmington (CT), Toronto, and Dublin » National Distributor Locations With offices in major cities throughout North America and Ireland, our highly-skilled and experienced team of professionals is ready to tackle your most difficult air moving challenges and offer solutions that meet your needs. We serve all markets including IT & Telecomm, HVAC, Refrigeration, Gas & Heating, Household Appliances, Industrial, Drive Systems, Transportation, Agriculture, Medical, and more. You can always count on prompt, courteous service. Customer satisfaction is our number one priority. expert support when and where you need it Knowledgeable field sales professionals are close by for face-to-face meetings. Dedicated inside sales associates fulfill all your ordering requirements. To assist you with order management, our customer service department provides automated services such as shipment notifications, reorder notifications, and invoicing. To find the right air moving solution for your needs, our experienced application engineers are at your service to answer all your product application questions. Our on-site testing lab is available to our customers for product / prototype testing. We offer air flow, noise, environmental (including Salt Fog chambers), and temperature testing. Burn-in ovens are also available. Our electrical engineering team, with diverse industry and product design backgrounds, provides a full range of services including hardware and software design, analysis and testing, and electronics manufacturing. Some of the services performed in our on-site lab are circuit analysis, reliability and environmental testing, prototype build and testing, test equipment design and build. value-added services to meet all your needs ebm-papst, the world’s leading source for engineered air movement solutions, provides a “total solution” approach to your cooling requirements using our extensive in-house resources. Custom assemblies are designed by our engineers to your specifications for a wide range of applications. Sheet metal fabrication and finishing / painting is performed on our extensive line of state-of-the-art equipment, ensuring superior quality and maximum flexibility in the manufacturing process. Custom assembly incorporating ebm-papst air movers, custom PCBs, power supplies, electronic filters, air filters, wire harnesses, labeling, fasteners / connectors / accessories, and more is performed on site. logistics and inventory management programs We have over 90,000 sq ft of climate-controlled warehousing at our facilities offering real- time inventory transactions and bar-coded inventory. Inventory management programs such as Kanban, demand/pull, safety stock, consignment, and local warehousing can be customized to your requirements. 2 Table of Contents At a Glance...................................................................... 4 Overview of Mobile Market .......................................... 5-7 Blowers for Mobile Applications .................................. 8-15 Axials for Mobile Applications................................... 16-21 EC Centrifugal Fans for Mobile Applications............. 22-23 Accessories...................................................................... 24 Electrical Connections............................................... 25-27 3 At a Glance Our brushless DC axial fans and brushless DC dual centrifugal blowers set the trend in mobile climate control. They not only fulfill today’s increased expectations for comfort but also work without wear and tear because they are brushless. No extra maintenance, no additional service required. That is the reliability you expect and trust from ebm-papst. Advantages of our brushless fans and blowers Ź Over 40,000 design life hours Infinitely variable or stepped speed control Ź High efficiency Ź Ź Low noise design with dual dynamic plane Increased reliability due to optimized balance and Ź elimination of motor brushes Ź Can be retrofitted to existing systems Ź Meets EMC requirements Control characteristics can be optimized per application Ź Low power consumption speed control Ź 4 Overview of Mobile Market mobile applications Proper air-conditioning, ventilation and heating for the mobile industry is of vital importance for the needs of both driver and passenger comfort. Whether for drivers in sleeper trunks, tractors, and refrigerated transport systems or passengers in buses and coaches, the demand for comfort must be met. Manufacturers and engineers with mobile applications can rely on the expertise of ebm-papst brushless and trouble-free centrifugal blowers and axial fans to meet these challenging demands. In today’s mobile applications, motors with integrated EC technology have become the ideal standard. Why? Because EC technology offers a substantially longer service life, open control option, and diagnostics for output - not to mention excellent EMC properties and extremely low noise! Best of all, since the motors are electronically controlled and electronics are directly integrated into the motor itself there are no brushes to wear prematurely! meeting tough specifications with new technologies In mobile applications it is important for the fans and blowers to withstand constantly fluctuating factors of the environment. It is for this reason that ebm-papst mobile products are reliably protected against load dump, polarity protection, vibration, and damage caused by humidity and contamination across a wide temperature range. Our products have withstood the scrutiny of our extreme environmental tests, designed together with market-leading OEM’s, and based on real-world conditions (such as salt spray fog, vibration, and temperature fluctuations) to ensure superior performance of our fans. Our brushless designs offer a much longer service life then brush designs. In brush motors, erosion is a normal byproduct of motor operation, and the eroded brush material is extremely abrasive. This resulting material can make its way into the bearings and further damage commutation surfaces. The typical life for standard brush motors is approximately 5,000 hours, long life brush motors might reach 8,000 - 10,000 hours. Our brushless motors are design to meet or exceed 40,000 hours. Furthermore, as brush designs approach the end of their life cycles, EMI characteristics degrade. Excessive EMI emissions can cause equipment communication problems and service calls for a fleet operator. Our brushless motors do not exhibit this change in EMI characteristics. Our products are subjected to rigorous testing 5 Overview of Mobile Market advantages of motor control with brushless vs. brush Brushless motors with speed controllability offer more freedom to system Wire Wound Resistors with Brush designers then ever before. Brushless motors can receive low power speed Motors control input signals that control motor speed and performance by changing the motor speed electronically. This approach allows for optimization of the air conditioning or ventilation system by allowing the designer to do the following: Vary the air mover speed with a simple 10 KOhm trim pot. Ź Vary the air mover speed with a PWM signal or linear DC control Ź voltage from a system controller. Vary the air mover speed based on a remote temperature sensor Ź Ź Waste heat dissipated in your AC feedback to directly respond to changing air conditioner load ducting automatically. Ź Requires large gauge wiring for Ź Establish simple 3 speed or custom fixed speed designs for a high amps. specific customer application as required by the system designer. Multi-position Switch Used with Electronic Brushless Motors Many of these products can be used in specialized control applications such as: Ź Operation at 1/2 speed during a special situation like low temperature or during a low demand period. Varying the fan speed with a referenced control voltage having a Ź reversed slope. Ź Offer many fixed motor speeds Product speeds easily established Ź for specific applications Technical connection information is available in the Wiring Diagram section. 6 Overview of Mobile Market efficient and effective speed control The commutator in brush motors distribute power to motor coils. This commutator is made up of copper segments embedded in an insulating mass. Mechanical springs press the integrated carbon brushes against the commutator. Thus, exposed to friction, these two mechanical components are the weak spot of conventional DC motors. After 5,000 operating hours, typically the carbon brushes are used up. The brushes need to be replaced often with the entire blower. Speed control can only be realized via external electronics. With ebm-papst brushless DC motors, brushes and the commutator are eliminated. The brushless design not only saves replacement and repair costs, but unproductive down time. Breaking the 40,000 hour product life barrier - Most customers express a need for designs with service life values of 40,000 hours or more. These needs are further mandated by the Transit Authorities for longer service intervals so to allow transit equipment to be “on the job” generating income vs. “on the lift” for service. Brushless fans and blowers achieve this goal by eliminating one of the fastest wearing parts...the brush! Bearing life is also extended by eliminating worn brush material from contaminating the bearing. Reducing costs of Speed Controllable and Multi-Speed AC systems - Multi-Speed “Brush” motor systems have used wire resistors to reduce motor speed as common practice. This approach generated a lot of waste heat and was labor intensive to install heavy gauge wiring between the HVAC control and the air conditioners’ resistor components (see diagram below). Brushless motor systems require heavy gauge wire between the power source and the drive motor main inputs. Savings of implementing brushless motor systems into your applications are: Ź Lighter gauge wire for speed control wiring typically reducing from 10 AWG to 22 AWG. Ź Greatly reduced installation costs, especially when retrofitting. Ź High current capacity wire resistors are eliminated. No waste heat issues or speed control resistor ventilation required. 7 Blowers for Mobile Applications top performance, minimal mounting space ebm-papst brushless DC twin centrifugal blowers are the smartest choice for air movement in industrial vehicles. The advanced technology integrates all electronics within the motor housing, enhancing performance and minimizing size. Furthermore, the life of the blower maintenance reduces by 4-5 times of a standard brush motor design is possible. -AIN!PPLICATIONS Ź Ź Ź 8 ø 097mm EC Twin Centrifugal Blowers Material: Scroll housing made of plastic PP - color black (corresponding to UL 94 HB); impeller made of plastic PA Insulation Class: “B” according to EN 60335-1 Bearings: Maintenance-free ball bearings on both sides Motor protection: Over-temperature protection, reverse battery and locked-rotor protection, load dump, under-voltage detection EMC: VDE 0879-2, interference suppression grade 5 0ART .UMBER (1) (3) K3G097-AK32-42 1 620 13 9-15 280 65 85 3250 5.07 A (3) (1) K3G097-AK36-55 2 694 9-15 385 69 85 3740 5.73 A 13 (3) (2) K3G097-AK34-43 3 724 16-32 370 69 85 3730 5.07 B 26    6OLTVARIANT FREEBLOWINGNOTRECOMMENDEDFORNON STOPOPERATIONAT—# 6OLTVARIANT 9 #URVE #&-  6OLTAGE 6OLTAGE2ANGE 0OWER 7 D"! -AX!MB 4EMP# 3PEED 20- 7EIGHT LBS %LECTRICAL CONNECTION K3G097-BK ø 097mm EC Twin Centrifugal Blowers Material: Scroll housing made of plastic PP - color black (corresponding to UL 94 HB); impeller made of plastic PA Insulation Class: “B” according to EN 60335-1 Bearings: Maintenance-free ball bearings on both sides Motor protection: Over-temperature protection, reverse battery and locked-rotor protection, load dump, under-voltage detection EMC: VDE 0879-2, interference suppression grade 5 Part Number (3) (1) K3G097-BK32-42 1 553 9-15 260 67 85 3400 5.07 A 13 (1) (3) K3G097-BK36-56 2 618 13 9-15 358 69 85 3950 5.73 A (2) (3) K3G097-BK34-43 3 640 26 16-32 345 69 85 3940 5.07 B (1) (2) (3) 12 Volt variant 24 Volt variant free blowing, not recommended for non-stop operation at 85°C 10 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical connection K3G097-AK/BK Drawings K3G097-AK Drawing 5.47(139.5) A 2.36(60) 13.19(335) .43(11) 3.94(100) 4.09(104) .1(2.5) 2.97(75.5) Direction of rotation Ø.18(4.5) 8.56(217.5) View 5 3 1 1 AMP Junior Power Timer, 6-pole, coded. Connection lead (450 mm) with mating 2 plug (part no. 02001-4-1021 not 4 K3G097-BK Drawing 1 AMP Junior Power Timer, 6-pole, coded. Connection lead (450 mm) with mating plug (part no. 02001-4-1021 not included) 11 6.71(170.5) 3.98(101) 3.54(90) 2) .54(64.5 1.77(45) .71(18) .) 39(10 .39(10) 2.32(59) 2.36(60) 5.35(136) K3G097 BASIC basic line - cost-efficient and high quality Designed to complement our existing product line successfully used in the market for years, ebm-papst has managed to present yet another highly powerful product - the K3G097 Basic line of twin centrifugal blowers. These blowers are the result of market optimizing measures based on years of partnership with our customers. With the K3G097 Basic line, customers can be assured that the highest of quality standards are met. State-of-the-art integrated electronics are incorporated and typically provides customers with more than 40,000 operating hours of reliable service. The Basic line offers a simple three-step open loop speed control of various air-performance levels with separate inputs. The blowers are easy to operate and contain all essential functions required for basic applications. The K3G097 Basic line allows all customers the flexibility to use the brushless technology of ebm-papst products in the competitive global market. Applications Ź Air-conditioning systems in busses Ź Driver front box ventilation Ź Cabin air-conditioning for tractors and trucks Benefits Ź More then 40,000 operating hours Ź Variable speed control / 3 fixed level control Ź High efficiency and low noise emission Ź Integrated electronics e1-approval Ź Ź Tested according to automotive specifications 12 K3G097-AK BASIC K3G097-AK BASIC Part Number (3) K3G097-AK32-70* 1 629 13 9-15 276 68 85 3250 2.00 F (3) K3G097-AK34-65 2 759 16-32 394 72 85 3830 4.40 F 26 * (1) (2) (3) Preliminary, data subject to chance 12-volt variant 24-volt variant free blowing, not recommended for non-stop operation at 85°C ! ȘȘ ȘȘ ȘȘ ȘȘ N 0 ,P N 0 ,P N 0 ,P N 0 ,P  GES !  GES !  GES !  GES     ;MIN= ;7= ;= ;D"!= ;MIN= ;7= ;= ;D"!= ;MIN= ;7= ;= ;D"!= ;MIN= ;7= ;= ;D"!=                                                                                                                                                                       13 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical Connection        K3G097-BK BASIC 0ART .UMBER  (2) K3G097-BK34-65 1 653 26 16-32 344 70 85 4040 4.40 F    6OLTVARIANT FREEBLOWINGNOTRECOMMENDEDFORNON STOPOPERATIONAT—# Dž Dž N 0 ,P N 0 ,P  GES  GES !   ;MIN= ;7= ;= ;D"!= ;MIN= ;7= ;= ;D"!=                                                                         #URVE                           ;#&-=             ;MH= 14 #URVE #&-  6OLTAGE 6OLTAGE2ANGE 0OWER 7 D"! -AX!MB 4EMP# 3PEED 20- 7EIGHT LBS %LECTRICAL #ONNECTION ;0A=         ;IN(/=  K3G097-AK/BK BASIC Drawings K3G097-AK Basic Drawing 351 139.5 335 60 100 11 75.5 104 2.5 Direction of rotation Ø 4.5 217.5 Speed setting View connector plug Pin 5 4 3 1= +UB 60% H NC NC 5: ~60% speed 6: NC 2 = GND 80% NC H NC NC = not assigned 3 = PWM/LIN, 100 % Speed 3: PWM/LIN 4: ~80% speed 4 = 80 % Speed 100% NC NC H H = U N (13 V) 100% speed 2: GND 5 = 60 % Speed 6 = NC (not assigned) 1: +UB AMP Junior Power Timer, 6-pole, coded; connecting lead (450 mm) with mating plug; part no. 02001-4-1021 (not included in delivery) K3G097-BK Basic Drawing 12.80(325) direction of rotation 4.47(113.5) 2.64(67) 6.44(163.5) 8.56(217.5) speed setting Pin 5 4 3 13.05(331.5) 12.97(329.5) 60% H NC NC 80% NC H NC 100% NC NC H H = U (26 V) N 5: ~60% speed 6: NC 4: ~80% speed 3: PWM/LIN 100% speed 2: GND 13.19(335) 1: +UB 15 101 90 64.5 18 45 10 0.12(3) 2.56(65) 5.69(144.5) 5.08(129) 2.17(55) 0.33(8.5) 10 60 136 0.59(15) 1.38(35) 2.76(70) 170.5 Axials for Mobile Applications ebm-papst brushless DC axial fans are the perfect solution for commercial vehicle air-conditioning and remote heat exchanger applications. Using ebm-papst brushless DC motor, these axial fans meet the increasing demands for extra comfort in buses and other vehicles while extended service intervals 4-5x that of brush design motors! This ultimately results in a substantial cost savings over time with the superior reliability only found in products from ebm-papst. The unique blade profile of the brushless axial fans incorporates five sickle-shaped impellers with an integrated outer ring made of impact-resistant, acid and alkaline resistant plastic which results in safe performance and low noise operation, without the added weight from similar designs of sheet steel. Speed control via PWM or linear voltage, standby operation, and opposite flow protection is available upon request. -AIN!PPLICATIONS Ź#ONDENSORFANSFORAIR CONDITIONINGSYSTEMSINBUSES COACHES Ź (EATEXCHANGERFANSFORAGRICULTURALANDCONSTRUCTION EQUIPMENT (EATEXCHANGERFANSFORREMOTEAPPLICATIONS Ź W3G280 and W3G300 Features Oversized steel shaft Long life brushless DC motor with ball bearing construction Electronic compartment “one-way” ventilation port (air in - water/dust out) Coated circuit board for motor commutation 16 W3G280 Axial W3G280 Axial Part Number (2) W3G280-EQ08-44 1 1274 9-15 152 68 85 2830 5.30 13 D W3G280-EQ20-43 (1) 2 1412 26 16-32 200 72 85 3100 5.29 B (1) (2) 12-volt variant 24-volt variant 17 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical Connection W3G300-EQ Axial Ø 300mm EC Axial Fan with Brushless DC motor Part Number (2) W3G300-EQ28-56 1 1918 27 15-32 320 75 85 3380 5.51 B (2) W3G300-EQ30-43 2 1609 26 16-32 180 71 85 2840 5.51 C (1) W3G300-EQ42-44 3 1500 9-15 152 69 70 2650 5.51 13 D (1) (2) 12 V variant 24 V variant ȘȘ N 0 ,P  GES ! ;RPM= ;7= ;= ;D"!=                         #URVE                   ;#&-= 6      ;M¨H= 18 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical Connection ;0A= ¨P FA      ;IN(/=  W3G280 / W3G300-EQ Drawings W3G280 Axial Drawing 6IEW8   5. BLACK  '.$ BROWN 07-,). YELLOW ).6,). ORANGE BLUE LOWERSPEED WHITE DIAGNOSTICOUTPUT !-0*UNIOR0OWER4IMER POLECODED CONNECTIONLEADMM WITHMATING  PLUGPARTNO  NOTINCLUDED   Airflow Direction “V”“PUSHER FAN” W3G300-EQ Axial Drawing 6IEW8   5. BLACK  '.$ BROWN 07-,). YELLOW ).6,). ORANGE LOWERSPEEDBLUE DIAGNOSTICOUTPUT WHITE !-0*UNIOR0OWER4IMER POLECODED CONNECTIONLEADMM WITHMATING  PLUGPARTNO  NOTINCLUDED   Airflow Direction “V” “PUSHER FAN” 19 W3G300-ER Axial Ø 300mm EC Axial Fan with Brushless DC motor Part Number (2) (1) W3G300-ER38-45 1 1845 16-32 335 87 85 3320 5.51 27.5 C (1) (2) 24 V variant free blowing, not recommended for non-stop operation at 85º C n P Lp 1 tot A [rpm] [W] [%] [dBA] 1 1 3320 335 32 87 1 2 3295 354 42 85 1 3 3255 367 45 86 Curves 400 300 3 1 200 2 100 1 0 250 500 750 1000 1250 1500 [CFM] V 500 1000 1500 2000 2500 3000[m³/h] 20 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical Connection [Pa] p fa 0.5 1.0 1.5 [in H O] 2 Ø13.27 (337) .24 (6) 15˚ W3G300-ER Drawing .28 (7) .14(3.5) .098 (2.5) .14(3.5) 2.24 X (57) +20 18.9 (480) +2 3.7 (94 ) “A” Airflow Direction “A” “PULLER FAN” View X A A= UN red B = PWM/LI blue B C = CGND white D = GND black C D 21 6˚40' Ø13.39 (340) Ø0.27(6.8) 4x90˚ Ø12.99 (330) Ø12.72 (323) Ø12.4 (315) +1 Ø12.52(318 ) EC Centrifugal Fans For Mobile Applications Ø 220 / 250mm Backward Curved, EC Centrifugal Fans (1) Material: Impeller completely made of PA 6.6 GV plastic, injection-molded round sheet-metal plate (2) Impeller made of PA 6.6 GV plastic, round sheet-metal plate Direction of rotation: Clockwise, as seen on rotor Insulation class: “B” in accordance with EN 60335-1 Mounting position/condensate discharges: Rotor on bottom with condensate discharge holes is standard Bearings: Maintenance-free ball bearings Technical features: Control input 0-10 VDC / PWM, tach output Motor protection: reverse polarity and locked-rotor protection Cable exit: variable Part Number (1)(3) R1G220-AB35-92 1 621 24 16-28 106 76 60 3150 3.09 E (2)(3) R1G250-AQ21-42 2 671 16-28 93 73 60 2540 4.41 24 E (3) Also possible as 12 V variant n P Lp n P Lp n P Lp n P Lp 1 tL A 1 tL A 1 tL A 1 tL A [rpm] [W] [%] [dBA] [rpm] [W] [%] [dBA] [rpm] [W] [%] [dBA] [rpm] [W] [%] [dBA] 1 1’ 3400 128 --- 78 1 5 2470 50 --- 70 2 1’ 2790 124 --- 75 2 5 1940 42 --- 68 1 2’ 3200 132 53 69 1 6 2360 54 53 63 2 2’ 2530 132 55 68 2 6 1810 49 55 62 1 3’ 3050 135 55 67 1 7 2300 57 55 59 2 3’ 2500 134 58 63 2 7 1790 50 58 57 1 4’ 3000 137 46 71 1 8 2250 59 46 63 2 4’ 2560 131 48 66 2 8 1820 49 48 59 1 1 3150 106 --- 76 2 1 2540 93 --- 73 1 2 3010 110 53 68 2 2 2370 105 55 66 1 3 2870 112 55 65 2 3 2330 108 58 62 1 4 2 4 2800 113 46 69 2382 105 48 64 Curves Curves 1 2 800 700 700 600 600 500 500 U R U 4' 4' R 400 U N 4 400 4 300 3' 3' 300 3 3 U 8 N 8 2' 200 200 2 2' 7 2 7 6 100 6 100 5 1 1' 5 1 1' 0 200 400 600 [CFM] 0 200 400 600 [CFM] 3 3 200 400 600 800 1000 [m /h] 200 400 600 800 1000 1200 [m /h] U = nominal voltage U = rated voltage (U+U 15 %) = nominal voltage U = rated voltage (U +15%) N R N N R N 22 Curve CFM @ 0 Voltage Voltage Range Power (W) dBA Max Amb. Temp C Speed (RPM) Weight (lbs.) Electrical Connection [Pa] 1,0 2,0 3,0 [in HO] 2 [Pa] 1.0 2.0 [in H O] 2 r R1G220 / 250 Drawing Dimensions Dimensions Part a b c d f g k o r u v Inlet nozzle Number R1G220-AB35-92 8.66 (220) 2.52 (64.0) 2.8 (71) 2.56 (65) 6.26 (159) 1.73 (44) 1.29 (32.7) 09609-2-4013 0.84 (21) 0.87 (22) 6.10 (155.0) 9.92 (252) R1G250-AQ21-42 9.84 (250) 2.86 (73.3) 3.5 (89) 2.95 (75) 6.77 (172) 1.77 (45) 12.20 (31.0) 96359-2-4013 1.22 (31) 1.10 (28) 6.48 (164.5) 10.04 (255) ±1 c Ø2.28 (58±0,15) ±1 d o Number of blades = 11 Core-end sleeve 0.31(8) 3.35(85) M4 +20 17.72(450 ) g .08(2) Depth of screw b max. 6 mm Pin configuration red UB yellow Lin/PWM Tach output white GND blue 23 k Ø3.62(92) Øf Øa Øu Øv Accessories power cord reference ebm-papst ebm-papst Wiring Diagram Diagram Page Air Mover Part Number Power Cord Part Number N/A (blower has wire leads) A 25 K3G097-AK32-42 K3G097-AK36-55 N/A (blower has wire leads) A 25 K3G097-AK34-43 02001-4-1021 B 25 25 N/A (blower has wire leads) A K3G097-BK32-42 N/A (blower has wire leads) A 25 K3G097-BK36-56 K3G097-BK34-43 02001-4-1021 B 25 K3G097-AK34-65 02001-4-1021 F 27 K3G097-AK32-70 F 02001-4-1021 27 K3G097-AK32-70 02001-4-1021 F 27 W3G280-EQ08-44 02002-4-1021 D 26 W3G280-EQ20-44 02002-4-1021 B 25 W3G300-EQ28-56 * See Note C 26 W3G300-EQ30-43 B 02002-4-1021 25 W3G300-EQ42-44 02002-4-1021 D 26 W3G300-ER38-45 * See Note C 26 * Mating Packard (4 contact) Plug part number 12015797 Power Sockets part number 12124580 Control Sockets part number 12089188 24 Electrical Connections &ORFULLSPEEDOPERATION WIREPINTOBLACKTO YELLOW ORWIREPINTO ORANGETOBROWN 25 Electrical Connections &ORFULLSPEEDOPERATIONCONNECT THE"LUELEAD#ONNECTION" TO THE2EDLEAD#ONNECTION! AND CONNECTTHE7HITELEAD #ONNECTION# TOEITHERTHE CONTROLSYSTEMGROUND PREFERRED ORTHE"LACKLEAD #ONNECTION$  26 Electrical Connections Electrical Connections 13 or 26 electrical connection (black) (yellow) (orange) (blue) (brown) 27 12.2008 - Rev 1 ebm-papst Inc. 100 Hyde Road Farmington, CT 06034 USA Phone: 860-674-1515 Fax: 860-674-8536 sales@us.ebmpapst.com www.ebmpapst.us www.ebmpapst.us