Brother Mini Series AC Gearmotors

Transcription

1 other ini Series Gearmotors Fig 1.1: 1/50~1/6 Hp 1 Phase Wiring FW 1 2 REV 3 Fig 1.2 UL/CSA/CE/RoHS Voltage Horsepower Three Phase 1/50~1/6 Hp E Yes Single Phase 1/50~1/6 Hp E3713 Yes 1 PHASE ELECTRICAL DATA UL/cUL File. RoHS CE Details Low Voltage Directive 73/23/EEC EN Standards: EN (Regulations on motors in general) Wire Color Code 1V Color Code 0V, 230V 1 Blue own 2 Black Black 3 Grey Grey tes: 1. otors in File E comply to UL04 Standard for Safety Electric otors. 2. otors in UL File E3713 comply to UL2111 Overheating Protection for otors. 3. Products bear the UL component recognition marking for UL and cul (CSA). 4. Products with the cul marking comply with CSA standards and can be legally sold in Canada. 5. Products bear the CE marking on the namplate. Table 1.1: Single Phase 1/50~1/6 Hp otors Hp G Frame H Fame F2 Frame Cooling Voltage V 1/50 Hp 1/ Hp 1/ Hp TENV TENV n/a TENV TENV n/a n/a TENV TEFC n/a n/a TEFC 40 TEFC 40 n/a TEFC 1/6 Hp n/a n/a TEFC Full Load Full Load otor Start (RP) Current Torque Torque Starts Capacitor (A) (in-lb) (in-lb) per inute nmotor Imotor Tmotor Tstart mfd Volts Table 1.2: Capacitors for 1V 1 Phase otors Part. mfd Volts* W h t d l C4.00V 4 0V C5.00V 5 0V C8.00V 8 0V C0V 0V C0V 0V C200V 20 0V C240V 24 0V * 0V Capacitors are for operation with 1V otors Fig 1.3: Capacitor Dimensional Drawing 0.39 Table 1.3: Capacitors for 0/230V 1 Phase otors Part. mfd Volts* W h t d l C1.0440V 1 440V C1.2440V V C1.5440V V C2.0440V 2 440V C3.0440V 3 440V C3.5440V V C5.0440V 5 440V C6.0440V 6 440V * 440V Capacitors are for operation with 0V or 230V motors. te : Capacitors are shipped with single phase motors. They do not need to be orde separately with gearmotors. The part numbers are for spare parts orders only. h t w d

2 other ini Series Gearmotors 3 PHASE ELECTRICAL DATA Fig 1.4: 1/50~1/6 Hp Wiring U V W Color Code Wire U Black Black V Grey own W White White Table 1.4: Three Phase 1/50~1/6 Hp otors Hp G Frame H Fame F2 Frame Cooling Voltage V 1/50 Hp 1/ Hp 1/ Hp te : IP-65 odels cannot be made TENV TENV n/a TENV TENV n/a n/a TENV TENV n/a n/a TENV 40 TEFC 40 n/a TENV 1/6 Hp n/a n/a TEFC Fig 1.5 Three Phase Special Voltages 1/50~ 1/6 Hp Full Load (RP) Full Load Current (A) otor Torque (in-lb) Start Torque (in-lb) nmotor Imotor Tmotor Tstart Starts per inute Fig 1.6 Single Phase Special Voltages 1/50~ 1/6 Hp Voltage Frequency (Hz) UL/CSA CE /400/440 50/60/ /200/0 50/60/60 380/400/400/440 50/50/60/ Yes te: When selecting any of the above voltages: Use special voltage code "8" in the part number Specifiy the voltage/frequency rating on your P.O. te: IP-65 models cannot be made in 380~ Yes Voltage Frequency (Hz) UL/CSA CE /0 50/60 200/200 50/ Yes te: When selecting any of the above voltages: Use special voltage code "7" in the part number Specifiy the voltage/frequency rating on your P.O. 11

3 other ini Series Gearmotors BRAKE DATA Tabe 1.5: Standard ake Specifications 0/230V Single Phase,, 1V Single Phase Specification 1/50 Hp 1/ Hp 1/ Hp 1/6 Hp 1/50 Hp 1/ Hp 1/ Hp 1/6 Hp ake Type Power-off, ake-on (Spring Close) Rated Torque (in-lb) Voltage DC90V DC45V Power 75C) W W Current (@ 75C) 0.13A 0.25A ax aking Frequency /min Fig 1.7: Standard ake Structure Field 2 Armature 3 Fan/Friction disc 4 Spring 5 Setscrew 6 Hexagon socket head bolt 7 Fan Cover 8 Fan Cover Fixing Screw g: gap Correct value 0.4 (inhalable value: less than 0.8) Specifications 0/230V Single Phase,,,1V Single Phase 7 8 Table 1.6: IP-65 ake Specifications Phase: Voltage 3 Ph: 1 Ph: 0,230V 1 Ph: 1V Horsepower Specification 1/50Hp G- H- F2-1/ Hp 1/ Hp G-, G- H- F2-1/50Hp 1/ Hp 1/ Hp G-, G- H- F2-1/50Hp 1/ Hp 1/ Hp G-, G- H- F2- ake Type Power-off, ake-on (Spring Close) Rated Torque (in-lb) Voltage DC90V DC45V Power (@ 75C) 5.6W 6.5W 5.6W 6.5W 5.1W 6.4W Current (@ 75C) 0.06A 0.07A 0.06A 0.07A 0.A 0.14A ax aking Frequency /min Fig 1.7: Standard ake Structure G- H- F2- G- H- F Field 2 Armature 3 Friction Disk Assembly 4 Spring 5 Setscrew 6 Hexagon socket head bolt 7 ake Cover 8 Pan-head Screw g: gap Correct value 0.3 (inhalable value: less than 0.8) 5 4

4 other ini Series Gearmotors BRAKE WIRING DIAGRA- Fig 1.9: ake Wiring without () Type DC Switching Switching (1) Switching (2) Fast Response rmal Response rmal Response Three Phase Three Phase Single Phase 1,0,230V S A0-D45 A0-D45 A0-D45 C Z Z Z S C A0-D45 A0-D45 A0-D45 S C A0-D45 A0-D45 A0-D45 : otor : ake S: Reversing switch C: Capacitor : agnetic switch Z: R-C circuit (OP-CR-2) For Wiring a brake equipped gearmotor with an (), please see page. Fig 1.: Dimensions Fig 1.11: Snubber Dimensions (OP-CR-2) 2.2 in (Input) (Output) () () R () () () () Dimensions of Input Voltage: 200-0V / Output: 90VDC (A0-D45) (Input Voltage: 0-1V / Output: 45VDC) Alternate (Same Dimensions) A0-D90 Input Voltage: 0~0V Output Voltage: 90VDC (Z) OP-CR-2 (0 Ohm-0.1 mfd) R-C Circuit Dimensions te: 1. The rectifier is shipped with the brakemotor as an accessory. It must be mounted remotely in a panel or box. It may not fit in the terminal box supplied on the gearmotor. 2. The OP-CR-2 is an optional part. Please order it separately if it is requi. 13

5 other ini Series Gearmotors TERINAL BOX/LEAD OPTIONS Table 1.7: C Box and A Box Dimensions Dimension 2 3 (Both C and A Box) (From otor Center) (From End of otor) Box Rotation Type Frame C Box A Box TENV TEFC akemotor (1)(2) BG º BH º BF º (1) Rotation is around motor centerline. Also see Fig (2) The box cannot be repositioned in the field. It must be done at the factory by stator insertion. Fig 1.: C Box Dimensions C Box Cord ~ diam Fig 1.13: A Box Dimensions A Box C Box A Box Cord 0.3 ~ diam (To otor Center) (To otor Center) 3 (To End of otor) Fig 1.14: G, H ini Lead Exit Options, Standard otors BGF BGL BHL BHF 3 (To End of otor) Standard L(B) Fig 1.: G, H ini Terminal Box Position Options, Standard otors BGF BGL BHL BHF Standard T(B) Fig 1.16: G, H ini Cord Position Options, IP-65 otors GF TENV GL TENV HL TENV HF TENV Standard T(B) Please specify on your order if you require the terminal box or lead wires in the T(B) or L(B) position. 14

6 1V-1ph 230V-1ph 1V-1ph 230V-1ph other ini Series Gearmotors USE WITH A Fig 1.17A: Wiring 1V 1 Phase 0/230V 1 Phase Fig 1.17B: Wiring Fig 1.17C: Wiring Switching (te 1) otor ake otor ake 1V-1ph or 0/230V-1ph (te 1) brown otor ake DC Switching (te 1) otor Z ake otor Z ake 1V-1ph or 0/230V-1ph (te 1) brown otor Z ake te: If the input power is 1V 1 phase, use A0-D90. If the input power is 0/230V 1 phase, use rectifier. (Input power to the brake is 90vdc) : agnetic Switch (not supplied by other) Z : Surge Suppressor. Optional Part OP-ENE471D-A Fig 1. Speed/Torque with a (1/50, 1/30, 1/20, 1/, 1/, and 1/6 Hp) : CIR-J7AA20P Hp Border line restricted by inverter side Border line restricted by gear head side Torque (%) Hp (Allowable torque in catalogue at 60Hz) Range of Continuous use (Use within this range.) Frequency (Hz) Cautionary tes for Use with a : 1. In applications requiring operation above 60 hz, vibration and noise will increase. The life of the oil seal will also be uced due to increased circumferential velocity. 2. In low speed operations the effect of the cooling fan decreases. Be sure to check the motor temperature rise remains below allowable limits. The surface temperature of the motor should not exceed 176 o F (80 o C). 3. The torque characteristics of the motor differ according to the brand and type used. The above speed/torque curves were generated using a commercially available Volts/Hertz. You should test the brand you use to confirm the performance. 4. When using a brake equipped motor, be sure to bypass the and power the rectifier on the input side. Powering the rectifier using the output wires from the to the motor will result in motor and/or brake failure. 5. When operating a at 400~480V a repetitive surge voltage may arise and weaken the insulation of the motor causing premature failure. There are two ways to supress surge voltage A. Output Reactor: may be effective if the lead wires are reletively short. Install it on the inverter output side. B. Output Filter: install it near the inverter output side. The remedies A and B may be effective. However, we recommend you consult the inverter manufacturer for more detailed recommendations as the inverter settings, lead length, etc effect the recommendation.