3040 GB Salamotor Sala Shaft Mounted Helical Geared Motor

Transcription

1 3040 GB Salamotor Sala Shaft Mounted Helical Geared Motor

2 Benzlers develops, manufactures and supplies equipment for power transmission and linear motion to the world market. PRODUCT STRUCTURE Flange Gears Gear related Mechanical Motors Drives accessories variable speed units BTM PGF F AC B5/B14 AC TV/BT B-STOP BV_Z DC Soft Start BS Reinforced Bearings BG Soft Start Coupling BV_U Brake DC BK Clutch-brake Coupling SF Integral We reserve the right to constructional modifications. All rights reserved by AB Benzlers. The catalogue may not be copied in whole or in part. 2

3 Salamotor, Shaft mounted geared motors Contents How to order Article numbers... 4 How to select Gearmotor selection... 6 Geared motor data Shaft mounted helical geared motors BTM Dimensions BTM02-103, Normal hollow shaft BTM02/BG12 - BTM102/BG251, Combined gears BTMF02-103, 2A, 3A, Large flange BTMF02-103, 2B, 3B, Small flange A KIBO, Tapered bushings B Shrink disc SP Splined hollow shaft SC Protection shaft cover OLP Overload protection device Customer machine shaft Rubber elements Clearances and tolerances Gearbox ratings BTM BTM BTM BTM BTM BTM02/BG12-BTM20/BG BTM22/BG12-BTM72/BG BTM82/BG247-BTM102/BG BTM02-BTM103 Exact ratios BTM02-BTM103 Maximum input speed BTM02-BTM103 Weights BTM Lubrication Motors Standard motors, ratings Brake motors, ratings Standard motors, dimensions Brake motors, dimensions Brake motors, Technical information Accessories for motors Accessories Encoder flange Backstop Mechanical speed variators Frequency inverters MultiDrive

4 BENZLERS Determination of type, Salamotors Gears and geared motors are described by a code consisting of 9 positions. Positions that are not used are left empty. Additional information is written clearly. Example of such information is: Output speed, Motor power, Connecting voltage for motor and brake (if used) Type of motor at specific requests. All non-standard executions that are not described in this catalogue. 3. Input design (on request) 1) Gear type BTM, Hollow shaft mounted BTMF, Output flange mounted 2) Gear size 02, , 103 3) Input design 2 = Free high speed shaft design* (No motor or flange for motor) *On request 3 = Prepared for motor Specify flange and shaft diameters or IEC-standard size 4 = with motor 4) Code of ratio AF - W, 2 or 3 letters depending on gear-combination 5) Gear moun- H1 - H6 see column beside ting position 6) Gear See page 5. accessories 7) Motor ) Accessories See page 5. for the motor 9) Terminal 0, 90, 180 or 270 as below picture box position Terminal Box Position 5. Mounting position H1 H2 H3 H4 H5 H6 BENZLERS SALA 6. Gear Accessories 0 2A 3A 2B 3B SALA BENZLERS SALA 6A 6B OLP SC 270 Example of ordering text BTM 52 4 T H1 +6A 100LC4 +E kw 29 rpm, 3x400 V 50 Hz Including tapered bushes KIBO D60 in the hollow shaft and E10 PTC thermistor temperature detectors, 150 C in the motor. Motor Output Service Output Ratio Overhung Weight power speed factor torque force Pm n 2 f bp T 2 i Fr 2 Type m Dim.page (kw) (min-1) (SF) (Nm) (:1) (kn) (kg) , ,35 W 12,0 BTM LC , ,03 V 12,0 BTMF LC , , ,29 U 11,8 29 1, ,43 T 12,0 31 1, ,48 S 10,3 35 1, ,82 R 9,9 39 2, ,03 P 9,1 45 2, ,64 N 9,4 excerpt from page 44 4

5 Determination of type, Salamotors 6) Gear accessories*) Hollow shaft 0 Hollow shaft D... Oversized diameter available on BTM12-23 Indicate with D+diameter in mm (D45) 6A KIBO Hollow shaft with tapered bushes 6B Hollow shaft with shrink disc (motor side) 6BX Hollow shaft with shrink disc (machine side) SC Protection cover for hollow shaft DK Dismounting kit (puller) SP Splined hollow shaft Output flange BTMF_2A BTMF_2B BTMF_3A BTMF_3B Housing Surface treatment (colour) PD PX Large output flange with output shaft Small output flange with output shaft Large output flange with hollow shaft Small output flange with hollow shaft FOT Foot mounting (only BTM02-23) Special colour (alkyd) Two Pack High Solid Two component epoxy Motorconnection CS Stiff coupling / without play MM Motor mounts (only BTM 02-23) Special GTh ER OLP BV BH KEB PGF Lubrication LD LE LF LM68 LM150 LM220 LM320 LM460 LS68 LS150 LS220 LS320 LS460 Seal rings for high temperature (Viton ) Extra rubber elements are ordered with article number Overload protection device Backstop rotating output shaft anti-clockwise, see p. 141 Backstop rotating output shaft clockwise, see p. 141 Coupling/Brake combination Encoder flange Indicate number of pulses / revolution Drain cock Oil sight glas Food industry oil (non poisonous) Mineral oil ISO VG68 Mineral oil ISO VG150 Mineral oil ISO VG220 (standard) Mineral oil ISO VG320 Mineral oil ISO VG460 Synthetic oil ISO VG68 Synthetic oil ISO VG150 Synthetic oil ISO VG220 Synthetic oil ISO VG320 Synthetic oil ISO VG460 8) Motor accessories A00 N-end drive shaft. Standard dimension. A01 Shaft with closed key-way. A10 Grease nipples for both bearings. A11 SPM nipples for both bearings. A12 Low temperature grease ( C). A13 High temperature grease ( C). A20 Balancing to grade R acc. to ISO A21 Balancing to grade S acc. to ISO A22 Silumin alloy rotor. B00 B10 B20 B21 B30 B40 Mounting of brake unit. Hand release. Customised brake torque. Increased brake torque (double brake discs). Increased inertia (flywheel brake disc). Separate brake supply. C00 Plugged drain holes. C01 Non standard drain hole position. C02 Modified for severe tropic environment. C10 Aluminium fan. C11 Steel fan cover. C12 Forced ventilation. C20 Mounting of optical encoder. C30 Protection roof. C31 IP56 protection. C32 IP65 protection. C33 Stainless rating plate. C34 Stainless / acid proof external screws. C35 IP55 protection (brake motors) C40 IM20x1 foot/flange mount B35. C41 IM21x1 foot/flange mount B34. C50 Separate terminal box for thermistors. C51 Double terminal box (brake motors) C60 External earthing screw. C70 Customised colour. D00 D01 D10 D11 D20 D21 D22 Fulfilling CSA requirements. Fulfilling UL requirements. Ex N T3, Ex na T3 E Ex e II T3 Type test for identical motor. Type test for the specific delivery. Witnessed type test for the specific delivery. E00 Bimetal temperature detectors, 150 C. E10 PTC thermistor temperature detectors, 150 C. E11 PTC thermistor temperature detectors, C. E12 PTC thermistor temperature detectors, C. E20 PT 100 temperature detector, single. E21 PT 100 temperature detectors, double. E40 Heating element, V. E41 Heating element, V. *)Standard delivery of geared motors includes: (all versions includes 1 Installation and Maintenance instruction) O, Hollow shaft 6A, KIBO hollow shaft 6B, Shrink disc hollow shaft BTMF... 2 rubber elements 2 rubber elements 2 rubber elements Does not include 1 bolt for hollow shaft 2 conical bushings 1 shrink disc any rubber elements 1 washer for hollow shaft 2 nuts 1 breather 1 breather 1 circlip for hollow shaft 1 washer, 1 bolt, 1 key 1 breather 1 breather 5

6 Gearmotor selection Start a 4b Determine the demand of power (P e kw) or torque (T e Nm) and speed (ne min -1 ) to the driven machine by calculation or measuring Based on type of load/driven machine, operating hours per day and number of starts per hour select service factor f b on page 7. Select the geared motor from power tables on page (See below) Selected motor-power (P m ) shall be equal to or exceed the demand (P e ) and service factor (f b ) shall be less than permitted service factor* f bp for the chosen speed. Shock load? No Overhung load on output shaft? No Yes Yes T emax < T 2 x f bp x 1,8 Yes No Use larger size or contact Benzlers Check that radial loads does not exceed given values. ( see page 8) Definitions Torque (Nm) T e T 2 T 1 T m Max Torque T emax T 2max T acc Brake Torque T b Speed (min -1 ) n e n 2 n 1 n m Speed range n emin - n emax n 2min - n 2max Power (kw) P e P 2 P 1 P m Overhung load (N) F re F r2 F r1 Thrust load (N) F ae F a2 F a1 Ambient temp. ( C) t e Moment of inertia (kgm 2 ) J e J e1 Jm Efficiency (-) Ratio (:1) i Formulas * 4c 4d Thrust load on output shaft? No Ambient temperature te<>+20 C? No Yes Yes Check that axial loads does not exceed given values. ( see page 8) Check that thermal rating is not exceeded. S1 motor-temperature limit is 40 C. Use information on page 8-9 or contact Benzlers. f b = application service factor from page 7 f bp = gearbox service factor from power rating tables pages T 2p =Torque rating of gearbox f bp = T 2p T m x i T 2p = T 2 x f bp P 2 = x P 1 i= n 2 n 1 5 Determine mountingposition and type code from pages 4-5. Stop Gearmotor selection is based on: f b < f bp T 2max = T 2 x 1,8 x f bp 6

7 Gearmotor selection Definition of service factor The power and torque ratings apply to service factor fbp=1,0. Service factor fbp=1,0 gives continues operation 4 to 8 hours per day at uniform load without shocks and with 10 to 200 starts per hour. The moment of inertia of driven machines is less than 20% of the electric motor inertia and occasional peak torque may not exceed 1,8 times the torque ratings. For other running conditions compensate with service factor according to table below Load classification Load classi- Description Example fications Moment of inertia I J e, red < 0,2 x Jm Unifiorm loaded conveyors and elevators. Centrifugal pumps Machines with uniform load and no shocks and fans. Agitators and mixers for liquids and semi-liquids without solid particles. Ia J e, red < Jm Medium sized conveyors. Displacement pumps. Agitators and Machines with small shocks and small variations in mixers for media with moderate viscosity and / or small content load of solid particles. II J e, red < 3 x Jm Larger conveyors. Reciprocating pumps with 3 or more cylinders. Machines with moderate shocks and variable load Agitators and mixers for media with high viscosity and/or solid particles. III J e, red < 10 x Jm Heavy agitators and mixers Machines with very heavy shocks and large Reciprocating pumps with 1 or 2 cylinders. Steel mill equipment. masses to be accelerated Crushers, mills, presses, vibrators and shakers Service factor f b Daily operations in hour 4 hours 8 hours 16 hours 24 hours Starts per hour < >200 < >200 < >200 < >200 Very light I Load Light I a classi- Moderate II fication Heavy III Example from power rating tables, page 44 Motor Output Service Output Ratio Overhung power speed factor torque force Pm n 2 f bp T 2 i F r2 (kw) (min -1 ) (SF) (Nm) (:1) (kn) , ,35 W 12,0 24 0, ,03 V 12,0 25 1, ,29 U 11,8 29 1, ,43 T 12,0 31 1, ,48 S 10,3 35 1, ,82 R 9,9 39 2, ,03 P 9,1 45 2, ,64 N 9,4 Weight Type m Dim. page (kg) BTM LC BTMF LC , 85 7

8 Gearmotor selection Control of radial overhung shaft load When power is transmitted through spur gears, belts, pulleys or chains radial forces are applied to the gearbox output shaft. The radial capacities are calculated from load centering and compared with the allowable radial load. Pulley, sprocket or pinion should be mounted as close to the shaft shoulder as possible to avoid undue bearing load and shaft deflection. The permissible load F r2 shown in the tables is assumed to act in the midpoint of the shaft. If the load act in any other point F r2 must be adjusted in accordance to below formulas. Values are presented in the most unfavourable angle and rotational direction. For specific values please contact Benzlers technical department. Geartype c Fr2max Fa2 (N) (N) BTM, BTMF 02, , , , , , Bearing capacity: F r2, x = f r x F r2 Shaft strength: D min = 2000 x T e x f e x f b F r2, x C F r2, x = x x F r2max note F r2, x F r2max Control of axial thrust shaft load - F + ae f e = factor for power transmission element Sprocket = 1,1 Pinion = 1,3 Pulley = 1,5 minimise F r2 Check that F ae < F a2 Always contact Benzlers Technical department if there is a combination of radial overhung load and axial thrust load on output shaft Dmin F r2 F r2x Motor permitted output in high ambient temperatures or at high altitudes Motors of basic design are intended for continuos operation (S1) in a maximum ambient temperature of 40 C and at a maximum altitude of 1000 meters above sea level. If a motor is to be operated in higher ambient temperatures or at higher altitudes, it should normally be derated according to the following table. Note that when the output power of a standard motor is derated, the relative values, such as Is/In will change. fr 1,4 1,2 1,0 0,8 0,6 0,4 0,2 Ambient temperature C * 70* 80* Permitted output 107% 100% 96.5% 93% 90% 86,5% 79% 70% Height above sea level, m Permitted output 100% 96% 92% 88% 84% 80% 76% *Changes in type of lubricant and lubrication interval required. 0,0 0 E 1/2E E 8

9 Gearmotor selection Thermal speed limits for helical gears The thermal power rating (oil temperature limit) in helical gears can be reached or exceeded by churning losses and friction in the seal-rings, bearings etc. If and when this happens depends on various factors, such as The ambient temperature Load profile Speed profile Operating time Mounting position (Oil volume) Cooling conditions The losses in cylindrical helical gears are generally given to 1% per stage. This is a very rough estemation and may be valid at full load and temperature. In the table beside, speed limits are given depending on ambient temperature and degree of load for each size. These limits serve as guide values primarily for the basic mounting position ( BTM=H1), where the oil-volume is low. 1 Enter at selected gear-size given service factor, fbp, and ambient temperature 2 Check if the gearbox output speed is above or below given speed limit. (nlim) if a speed limit is missing (-) it may be assumed that no thermal limit is reached. 3 At output speeds below given limit the oil temperature may be assumed to stay below 90 C. At output speeds above given limit the oil temperature may exceed 90 C. If this limit is exceeded continuously, please contact Benzlers for information about, primarily, useful lubrication and seal-rings but also bearings that handles these higher temperatures. An alternative in some mounting positions would be to reduce the oil level in order to reduce the temperature. Check such possibility with Benzlers Technical Department. An other alternative is to choose a larger gearbox. At low temperatures lubrication must be chosen so start and operation may be done. Gearbox temperature characteristic 90 C Large gearbox Low ratio Input speed Ambient.temp 0 C 20 C 40 C 0 C 20 C 40 C 0 C 20 C 40 C 0 C 20 C 40 C BTM f bp rpm rpm rpm rpm rpm rpm rpm rpm rpm rpm rpm rpm 0, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Description of above table Temperature Lubricant temperature Small gearbox High ratio Input speed 90 C 3 hours Hours in operation n lim Speed 9

10 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg 0, P 5.5 BTM 13 71B M 5.5 BTMF 13 71B , P 5.5 BTM M 5.5 BTMF , P 4.0 BTM 03 71B M 4.0 BTMF 03 71B , P 4.0 BTM M 4.0 BTMF , K P 4.0 BTM 03 63A BTMF 03 63A , S 4.0 BTM 02 71B P 4.0 BTMF 02 71B , S 4.0 BTM P 4.0 BTMF , S 4.0 BTM 02 63A P 3.6 BTMF 02 63A , M K G F E D A VV 56.0 BTM 92/BG247 80A UV 56.0 BTMF92/BG247 80A , UU UT RV RU UU 38.3 BTM 82/BG247 80A UT 38.3 BTMF82/BG247 80A , RV RU US 30.0 BTM 72/BG244 71A UR 30.0 BTMF72/BG244 71A , UP VV 30.0 BTM 72/BG244 63B UV 30.0 BTMF72/BG244 63B , UU UT US UR UP UN UM

11 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg US 12.0 BTM 52/BG244 63B UR 12.0 BTMF 52/BG244 63B , UP UN UM UL UK UH UG UK 10.0 BTM 32/BG12 63B UH 10.0 BTMF 32/BG12 63B , UG FU FT FS FR FP FN FM FT 8.0 BTM 22/BG12 63B FS 8.0 BTMF 22/BG12 63B , FR FP FN FM FL FK FH FG SK 6.2 BTM 20/BG12 63B FU 6.2 BTMF 20/BG12 63B , FT FS FR FP FN FM FL FK FH FL 5.5 BTM 12/BG12 63B FK 5.5 BTMF 12/BG12 63B , FH FG FF FE FD FH 4.0 BTM 02/BG12 63B FG 4.0 BTMF 02/BG12 63B , FF FE FD P 6.2 BTM 23 71C M 6.2 BTMF 23 71C , 84 11

12 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg P 6.2 BTM 23 80A BTMF 23 80A , P 5.5 BTM 13 71C M 5.5 BTMF 13 71C , P 5.5 BTM 13 80A M 5.5 BTMF 13 80A , P 5.5 BTM 13 71A M 5.5 BTMF 13 71A , K P 5.5 BTM 13 63B M 5.5 BTMF 13 63B , M 4.0 BTM 03 71C BTMF 03 71C , M 4.0 BTM 03 80A BTMF 03 80A , P 4.0 BTM 03 71A M 4.0 BTMF 03 71A , K P 4.0 BTM 03 63B M 4.0 BTMF 03 63B , K S 4.0 BTM 02 71C P 4.0 BTMF 02 71C , S 4.0 BTM 02 80A P 4.0 BTMF 02 80A , S 4.0 BTM 02 71A P 4.0 BTMF 02 71A , S 4.0 BTM 02 63B P 3.6 BTMF 02 63B , M K G F E D A K 2.3 BTM 02 63A G 2.1 BTMF 02 63A , F E D A

13 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg VV 56.0 BTM 92/BG247 80B UV 56.0 BTMF 92/BG247 80B , UU UT RV RU RV 38.3 BTM 82/BG247 80B RU 38.3 BTMF 82/BG247 80B , UU 30.0 BTM 72/BG244 71A UT 30.0 BTMF 72/BG244 71A , US UR UP UN UM UL UK UH UG UM 12.0 BTM 52/BG244 71A UL 12.0 BTMF 52/BG244 71A , UK UH UG FU FT FS FR FR 10.0 BTM 32/BG12 71A FP 10.0 BTMF 32/BG12 71A , FN FM FL FK FH FP 8.0 BTM 22/BG12 71A FN 8.0 BTMF 22/BG12 71A , FM FL FK FH FG FF FE FD FR 6.2 BTM 20/BG12 71A FP 6.2 BTMF 20/BG12 71A , FN FM FL FK FH

14 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FG 6.2 BTM 20/BG12 71A FF 6.2 BTMF 20/BG12 71A , FE FH 5.5 BTM 12/BG12 71A FG 5.5 BTMF 12/BG12 71A , FF FE FD FE 4.0 BTM 02/BG12 71A FD 4.0 BTMF 02/BG12 71A , P 6.2 BTM 23 80B M 6.2 BTMF 23 80B , L P 6.2 BTM 23 71B M 6.2 BTMF 23 71B , M 5.5 BTM 13 80B BTMF 13 80B , P 5.5 BTM 13 71B M 5.5 BTMF 13 71B , K P 5.5 BTM 13 71A M 5.5 BTMF 13 71A , K M 4.0 BTM 03 71B K 4.0 BTMF 03 71B , P 4.0 BTM 03 71A M 4.0 BTMF 03 71A , K F E S 5.5 BTM 12 80B BTMF 12 80B , S 4.0 BTM 02 80B P 4.0 BTMF 02 80B , S 4.0 BTM 02 71B P 4.0 BTMF 02 71B , S 4.0 BTM 02 71A P 3.6 BTMF 02 71A , M K G F E D A

15 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg K 2.3 BTM 02 63B G 2.1 BTMF 02 63B , F E D A VV 62.2 BTM 102/BG251 90S UV 62.2 BTMF 102/BG251 90S , UU UT RV RU RV 56.0 BTM 92/BG247 80C RU 56.0 BTMF 92/BG247 80C , RV 56.0 BTM 92/BG247 90S RU 56.0 BTMF 92/BG247 90S , UU 56.0 BTM 92/BG247 80A UT 56.0 BTMF 92/BG247 80A , RV RU RT RV 38.3 BTM 82/BG247 80A RU 38.3 BTMF 82/BG247 80A , RT UN 30.0 BTM 72/BG244 71B UM 30.0 BTMF 72/BG244 71B , UL UK UH UG FU FT FS FR UG 12.0 BTM 52/BG244 71B FU 12.0 BTMF 52/BG244 71B , FT FS FR FP FN FM FL FR 10.0 BTM 32/BG12 71B FP 10.0 BTMF 32/BG12 71B , FN FM

16 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FF 10.0 BTM 32/BG12 71B FE 10.0 BTMF 32/BG12 71B , FK 8.0 BTM 22/BG12 71B FH 8.0 BTMF 22/BG12 71B , FG FF FE FD FC FB FA FAA FM 6.2 BTM 20/BG12 71B FL 6.2 BTMF 20/BG12 71B , FK FH FG FF FE FD FD 5.5 BTM 12/BG12 71B BTMF 12/BG12 71B , P 6.2 BTM 23 80C M 6.2 BTMF 23 80C , L P 6.2 BTM 23 90S M 6.2 BTMF 23 90S , L P 6.2 BTM 23 71C M 6.2 BTMF 23 71C , L K P 6.2 BTM 23 80A M 6.2 BTMF 23 80A , L K P 6.2 BTM 23 71B BTMF 23 71B , K 5.5 BTM 13 71C BTMF 13 71C , K 5.5 BTM 13 80A BTMF 13 80A , P 5.5 BTM 13 71B M 5.5 BTMF 13 71B , K F E D

17 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg M 4.0 BTM 03 71B K 4.0 BTMF 03 71B , F E D C B W 8.0 BTM 22 80C V 8.0 BTMF 22 80C , U T W 8.0 BTM 22 90S V 8.0 BTMF 22 90S , U T W 8.0 BTM 22 80A V 8.0 BTMF 22 80A , S 5.5 BTM 12 80C P 5.5 BTMF 12 80C , S 5.5 BTM 12 90S P 5.5 BTMF 12 90S , S 5.5 BTM 12 71C BTMF 12 71C , S 5.5 BTM 12 80A BTMF 12 80A , P 4.0 BTM 02 80C BTMF 02 80C , S 4.0 BTM 02 71C P 4.0 BTMF 02 71C , S 4.0 BTM 02 80A P 4.0 BTMF 02 80A , S 4.0 BTM 02 71B P 3.6 BTMF 02 71B , M K G F E D A

18 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg K 2.3 BTM 02 71A G 2.1 BTMF 02 71A , F E D A RV 62.2 BTM 102/BG251 90L RU 62.2 BTMF 102/BG251 90L , RV 56.0 BTM 92/BG247 80B RU 56.0 BTMF 92/BG247 80B , RT UU 56.0 BTM 92/BG247 80A UT 56.0 BTMF 92/BG247 80A , RV RU RT RS RR RP RV 38.3 BTM 82/BG247 80A RU 38.3 BTMF 82/BG247 80A , RT RS RR RP RN RM RL RK UH 30.0 BTM 72/BG244 71C UG 30.0 BTMF 72/BG244 71C , FU FT FS FR FP FN FM FL UH 30.0 BTM 72/BG244 80A UG 30.0 BTMF 72/BG244 80A , FU FT FS FR FP FN FM FL

19 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FS 12.0 BTM 52/BG244 71C FR 12.0 BTMF 52/BG244 71C , FP FN FM FL FK FH FG FF FE FS 12.0 BTM 52/BG244 80A FR 12.0 BTMF 52/BG244 80A , FP FN FM FL FK FH FG FF FL 10.0 BTM 32/BG12 71C FK 10.0 BTMF 32/BG12 71C , FH FG FF FE FD FC FB FA FL 10.0 BTM 32/BG12 80A FK 10.0 BTMF 32/BG12 80A , FH FG FF FE FD FC FB FA FE 8.0 BTM 22/BG12 71C FD 8.0 BTMF 22/BG12 71C , FC FB FA FAA FAB FAC FAE FF 8.0 BTM 22/BG12 80A FE 8.0 BTMF 22/BG12 80A , 85 19

20 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FD 8.0 BTM 22/BG12 80A FC 8.0 BTMF 22/BG12 80A , FB FA FAA FAB FAC FAE FG 6.2 BTM 20/BG12 71C FF 6.2 BTMF 20/BG12 71C , FE FD FG 6.2 BTM 20/BG12 80A FF 6.2 BTMF 20/BG12 80A , FE FD M 6.2 BTM 23 90L L 6.2 BTMF 23 90L , P 6.2 BTM 23 80B M 6.2 BTMF 23 80B , L K P 6.2 BTM 23 71C M 6.2 BTMF 23 71C , L K H P 6.2 BTM 23 80A M 6.2 BTMF 23 80A , L K H K 5.5 BTM 13 71C F 5.5 BTMF 13 71C , E D C B M 5.5 BTM 13 80A K 5.5 BTMF 13 80A , F E D C B F 4.0 BTM 03 71C E 4.0 BTMF 03 71C , D

21 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg C 3.9 BTM 03 71C B 3.8 BTMF 03 71C , AB F 4.0 BTM 03 80A E 4.0 BTMF 03 80A , D C B AB W 10.0 BTM 32 90L BTMF 32 90L , W 8.0 BTM 22 90L V 8.0 BTMF 22 90L , U T W 8.0 BTM 22 80B V 8.0 BTMF 22 80B , U T W 8.0 BTM 22 80A V 8.0 BTMF 22 80A , S 6.2 BTM 20 90L BTMF 20 90L , S 5.5 BTM 12 90L P 5.5 BTMF 12 90L , S 5.5 BTM 12 80B P 5.4 BTMF 12 80B , S 5.5 BTM 12 71C BTMF 12 71C , S 5.5 BTM 12 80A BTMF 12 80A , P 4.0 BTM 02 80B BTMF 02 80B , S 4.0 BTM 02 71C P 3.6 BTMF 02 71C , M K G F E D A

22 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg S 4.0 BTM 02 80A P 3.6 BTMF 02 80A , M K G F E D A K 2.3 BTM 02 71B G 2.1 BTMF 02 71B , F E D A RU 62.2 BTM 102/BG251 90LB BTMF 102/BG251 90LB , RU 62.2 BTM 102/BG LA BTMF 102/BG LA , RV 62.2 BTM 102/BG251 90S RU 62.2 BTMF 102/BG251 90S , RT RV 56.0 BTM 92/BG247 80B RU 56.0 BTMF 92/BG247 80B , RT RS RR RP RN RM RL RS 38.3 BTM 82/BG247 80B RR 38.3 BTMF 82/BG247 80B , RP RN RM RL RK RH RG RF FU 30.0 BTM 72/BG244 80B FT 30.0 BTMF 72/BG244 80B , FS FR FP FN FM FL FK FH FG

23 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FN 12.0 BTM 52/BG244 80B FM 12.0 BTMF 52/BG244 80B , FL FK FH FG FF FE FD FC FG 10.0 BTM 32/BG12 80B FF 10.0 BTMF 32/BG12 80B , FE FD FC FB FA FAA FAB FAC FC 8.0 BTM 22/BG12 80B FB 8.0 BTMF 22/BG12 80B , FA FAA FAB FAC FAE FAF FD 6.2 BTM 20/BG12 80B BTMF 20/BG12 80B , V 38.3 BTM LA BTMF LA , M 6.2 BTM 23 80C L 6.2 BTMF 23 80C , K M 6.2 BTM 23 90S L 6.2 BTMF 23 90S , K P 6.2 BTM 23 80B M 6.2 BTMF 23 80B , L K H F F 5.5 BTM 13 80B E 5.5 BTMF 13 80B , D C

24 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg B 5.2 BTM 13 80B AB 4.3 BTMF 13 80B , E 4.0 BTM 03 80B D 4.0 BTMF 03 80B , C B AB W 12.0 BTM LA V 12.0 BTMF LA , W 10.0 BTM 32 90LB V 10.0 BTMF 32 90LB , U T W 10.0 BTM LA V 10.0 BTMF LA , U T W 10.0 BTM 32 80C BTMF 32 80C , W 10.0 BTM 32 90S BTMF 32 90S , W 8.0 BTM 22 90LB V 8.0 BTMF 22 90LB , U T W 8.0 BTM LA V 8.0 BTMF LA , U T W 8.0 BTM 22 80C V 8.0 BTMF 22 80C , U T S R W 8.0 BTM 22 90S V 8.0 BTMF 22 90S , U T S R W 8.0 BTM 22 80B V 8.0 BTMF 22 80B , U T

25 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg S 6.2 BTM 20 90LB P 6.2 BTMF 20 90LB , N S 6.2 BTM LA P 6.2 BTMF LA , N S 6.2 BTM 20 80C P 6.2 BTMF 20 80C , N S 6.2 BTM 20 90S P 6.2 BTMF 20 90S , S 6.2 BTM 20 80B BTMF 20 80B , P 5.5 BTM 12 90LB BTMF 12 90LB , P 5.5 BTM LA BTMF LA , S 5.5 BTM 12 80C P 5.4 BTMF 12 80C , S 5.5 BTM 12 90S P 5.4 BTMF 12 90S , S 5.5 BTM 12 80B P 4.5 BTMF 12 80B , P 4.0 BTM 02 80C BTMF 02 80C , P 3.6 BTM 02 80B M 3.2 BTMF 02 80B , K G F E D A K 2.3 BTM 02 71C G 2.1 BTMF 02 71C , F E D A K 2.3 BTM 02 80A G 2.1 BTMF 02 80A , F E

26 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg D 1.9 BTM 02 80A A 1.7 BTMF 02 80A , RT 62.2 BTM 102/BG251 90L BTMF 102/BG251 90L , RV 62.2 BTM 102/BG251 90S RU 62.2 BTMF 102/BG251 90S , RT RS RR RP RN RM RS 56.0 BTM 92/BG247 80C RR 56.0 BTMF 92/BG247 80C , RP RN RM RL RK RH RG RF RS 56.0 BTM 92/BG247 90S RR 56.0 BTMF 92/BG247 90S , RP RN RM RL RK RH RG RF RM 38.3 BTM 82/BG247 80C RL 38.3 BTMF 82/BG247 80C , RK RH RG RF RE RD RC RB RM 38.3 BTM 82/BG247 90S RL 38.3 BTMF 82/BG247 90S , RK RH RG RF RE RD

27 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg RC 38.3 BTM 82/BG247 90S RB 38.3 BTMF 82/BG247 90S , FN 30.0 BTM 72/BG244 80C FM 30.0 BTMF 72/BG244 80C , FL FK FH FG FF FE FD FC FP 30.0 BTM 72/BG244 90S FN 30.0 BTMF 72/BG244 90S , FM FL FK FH FG FF FE FD FH 12.0 BTM 52/BG244 80C FG 12.0 BTMF 52/BG244 80C , FF FE FD FC FB FA FAA FAB FH 12.0 BTM 52/BG244 90S FG 12.0 BTMF 52/BG244 90S , FF FE FD FC FB FA FAA FAB FD 10.0 BTM 32/BG12 80C FC 10.0 BTMF 32/BG12 80C , FB FA FAA FAB FAC FAE FAF FD 10.0 BTM 32/BG12 90S FC 10.0 BTMF 32/BG12 90S , FB

28 Salamotor, Shaft Mounted Geared Motors Pm n 2 f bp T 2 i Fr 2 Type m Dim kw min -1 SF Nm :1 kn kg FA 10.0 BTM 32/BG12 90S FAA 10.0 BTMF 32/BG12 90S , FAB FAC FAE FAF FAB 8.0 BTM 22/BG12 80C FAC 8.0 BTMF 22/BG12 80C , FAE FAF FAB 8.0 BTM 22/BG12 90S FAC 8.0 BTMF 22/BG12 90S , FAE FAF V 56.0 BTM LB U 56.0 BTMF LB , V 38.3 BTM LB U 38.3 BTMF LB , T M 6.2 BTM 23 80C L 6.2 BTMF 23 80C , K H F D C B A M 6.2 BTM 23 90S L 6.2 BTMF 23 90S , K H F D C B A D 5.5 BTM 13 80C C 5.4 BTMF 13 80C , B AB D 5.5 BTM 13 90S C 5.4 BTMF 13 90S , B AB AB 3.4 BTM 03 80C BTMF 03 80C , 84 28