Bando 277L100G L Timing Belt HVACBando 277L100G The extra durable, highly flexible neoprene backing provides excellent abrasion and wear resistance especially important if power is transmitted from the back of the belt. Backing also guards the tensile cords against oil, grease, dirt, and moisture. Continuous, helically wound high strength fiberglass tensile cords guarantee dimensional stability to eliminate take up adjustments. Heavy torque loads wont fatigue this super strong cord.
Ribs/Teeth/Angle115
625 IN Shaft Ground Indicator No Shaft Grounding Shaft Rotation Reversible Speed 3450 rpm Speed Code Single Speed Motor Standards NEMA Starting Method Direct on line Thermal Device - Bearing None Thermal Device - Winding None Vibration Sensor Indicator No Vibration Sensor Winding Thermal 1 None Winding Thermal 2 None Drawings
25 HP - TEAO - 825 PHASETYPE 1_PERMANENT SPLIT CA MOTOR ENCLOSURE TEAO HORSEPOWER
Front type With key Actuation form Fixed Selector switches posittions 3 Selector switches angle 45 ° Front color Standard Actuation signaling Not contain Front coating Uncoated Specific function Without lettering Position key withdrawal Standard Attributes
12H558Z279G1 HP 50 R
Model_Number FE23 PRODUCT NAME 1 HP - TEFC - 1155 PHASETYPE 3_PHASE MOTOR ENCLOSURE TEFC HORSEPOWER 1 KILOWATTS 0
Bando - RPF3515 Molded notch design gives extra flexibility to reduce heat build-up and provide long belt life
CEM3769T SPEC 07H058T515G1 HP 7
RM3154A SPEC
Catalog Number CEM2506T-G Enclosure OPSB Frame 254TC Frame Material Steel Frequency 60
9 POLES 4 NUMBER SPEEDS 1 RPM 1785 RPM 2 1785 RPM 4 1480 RPM 5 1480 HERTZ 60 HERTZ 2 50 VOLTS PRIMARY 230/460 VOLTS 460 VOLTS 2 230 VOLTS 4 400 VOLTS 5 200 FRME 365 SHAFT CODE T MOUNTING HORZ-FOOTED ASSEMBLY POSITION F2 MOTOR TYPE TCI OPPOSITE END BEARING 6213-2RS-J/C3 SHAFT END BEARING 6313-2RS-J/C3 AMBIENT 40 ROTATION DUAL SERVICE FACTOR 1
Load 46° C Start Configuration DOL Break-Down Torque 54 LB-FT Pull-Up Torque 24 LB-FT Locked-Rotor Torque 32 LB-FT Starting Current 69 A Rated Load Rated Load 0% 25% 50% 75% 100% 125% 150% S
