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Panasonic Servo Motor 0.5KW MHMJ022G1V output 200 W Industrial Servo Motor

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Panasonic Servo Motor 0.5KW MHMJ022G1V output 200 W Industrial Servo Motor

Country/Region	china
City & Province	shenzhen guangdong
Categories	Chargers

Product Details

Panasonic Servo Motor 0.5KW MHMJ022G1V output 200 W Industrial Servo Motor

The strength of the elastic liner in the stator diminishes as the static downhole temperature increases. With an increase in the downhole temperature, the maximum recommended pressure drop across the power section should be adjusted accordingly to avoid premature deterioration of the stator elastomer. No adjustment is needed for temperatures up to 140°F. However, with temperatures above 140°F, the maximum differential pressure (from the power section charts) must be multiplied by the ∆P Reduction Factor that corresponds to the downhole temperature being experienced by the motor

Specifications:

Power supply capacity (kVA) : 0.5
Voltage specifications : 200 V
Rated output : 200 W
Rated current (A (rms) : 1.6
Mass (kg) : 1.4

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Contact person: Anna

E-mail: wisdomlongkeji@163.com

Cellphone: +0086-13534205279

SIMILAR PRODUCTS

MSM012P1Q MSM022P1Q MSM042P1Q MSM3AZP1R MSM5AZP1R MSM012P1R MSM022P1R MSM042P1R MSM011P1A MSM021P1A MSM041P1A MSM011P1B MSM021P1B MSM041P1B MSM011P1C MSM021P1C MSM041P1C MSM011P1D MSM021P1D MSM041P1D MSM011P1E MSM021P1E MSM041P1E MSM011P1F MSM021P1F MSM041P1F MSM011P1G MSM021P1G MSM041P1G MSM011P1H MSM021P1H MSM041P1H MSM011P1N MSM021P1N MSM041P1N MSM011P1P MSM021P1P MSM041P1P MSM011P1Q MSM021P1Q MSM041P1Q MSM011P1R MSM021P1R MSM041P1R MSMA3AZA1A MSMA5AZA1A MSMA012A1A MSMA022A1A MSMA042A1A MSMA082A1A MSMA3AZA1B MSMA5AZA1B MSMA012A1B MSMA022A1B MSMA042A1B MSMA082A1B MSMA3AZA1C MSMA5AZA1C MSMA012A1C MSMA022A1C MSMA042A1C MSMA082A1C MSMA3AZA1D MSMA5AZA1D MSMA012A1D MSMA022A1D MSMA042A1D MSMA082A1D MSMA3AZA1E MSMA5AZA1E MSMA012A1E MSMA022A1E MSMA042A1E MSMA082A1E MSMA3AZA1F MSMA5AZA1F MSMA012A1F MSMA022A1F MSMA042A1F MSMA082A1F MSMA3AZA1G MSMA5AZA1G MSMA012A1G MSMA022A1G MSMA042A1G MSMA082A1G MSMA3AZA1H MSMA5AZA1H MSMA012A1H MSMA022A1H MSMA042A1H MSMA082A1H MSMA3AZA1N MSMA5AZA1N MSMA012A1N MSMA022A1N MSMA042A1N MSMA082A1N MSMA3AZA1P MSMA5AZA1P MSMA012A1P MSMA022A1P MSMA042A1P MSMA082A1P MSMA3AZA1Q MSMA5AZA1Q MSMA012A1Q MSMA022A1Q MSMA042A1Q MSMA082A1Q MSMA3AZA1R MSMA5AZA1R MSMA012A1R MSMA022A1R MSMA042A1R MSMA082A1R MSMA011A1A MSMA021A1A MSMA041A1A MSMA011A1B MSMA021A1B MSMA041A1B MSMA011A1C MSMA021A1C MSMA041A1C MSMA011A1D MSMA021A1D MSMA041A1D MSMA011A1E MSMA021A1E MSMA041A1E MSMA011A1F MSMA021A1F MSMA041A1F MSMA011A1G MSMA021A1G MSMA041A1G MSMA011A1H MSMA021A1H MSMA041A1H MSMA011A1N MSMA021A1N MSMA041A1N MSMA011A1P MSMA021A1P MSMA041A1P MSMA011A1Q MSMA021A1Q MSMA041A1Q MSMA011A1R MSMA021A1R MSMA041A1R MSMA3AZC1A MSMA5AZC1A MSMA012C1A MSMA022C1A MSMA042C1A MSMA082C1A MSMA3AZC1B MSMA5AZC1B MSMA012C1B MSMA022C1B MSMA042C1B MSMA082C1B

A shallow test is recommended to insure proper operation of the motor and MWD tool. It is also recommended to run a float on top of the motor to prevent damage to the motor. Some Crescent motors incorporate a top sub bored for a float, otherwise a float sub will be provided. When tripping in the hole, it is recommended to break circulation periodically especially if heat is a factor. Pressure readings should be recorded for reference later if any problems should occur. To start the motor, avoid dropping or ‘spudding’ the motor on the bottom of the hole. Start circulating a few feet off bottom and raise the flow rate to recommendations of the particular motor. Apply weight gradually to achieve optimum differential pressure. Do not exceed specified maximum differential pressure. The motor may stall if the power demand exceeds the output of the motor. If the motor stalls while sliding, immediately shut off the pumps, pull the motor off bottom, and restart. If the motor stalls while rotating, shut down the pumps and rotary immediately, pull off bottom, and then restart. Prolonged stalling will damage the power section. When the motor run

)1. Regenerative brake frequency represents the frequency of the motor's stops from the rated speed with deceleration without load. . If the load is connected, frequency will be defines as 1/(m+1), where m=load moment of inertia/rotor moment of inertia. . When the motor speed exceeds the rated speed, regenerative brake frequency is in inverse proportion to the square of (running speed/rated speed). . Power supply voltage is AC230V (at 200V of the main voltage). If the supply voltage fluctuates, frequency is in inverse proportion to the square of (Running supply voltage/230) relative to the value in the table. . When regeneration occurs continuously such cases as running speed frequently changes or vertical feeding, consult us or a dealer. 2. If the effective torque is within the rated torque, there is no limit in generative brake. 3. Consult us or a dealer if the load moment of inertia exceeds the specified value. 4. Specified releasing time is obtained with the use of surge absorber for brake (Z15D151 by Ishizuka Electronic or equivalent). ( ) represents the actually measured value using a diode (200V, 1A or equivalent)