Product Categories

Pressure Temperature Transmitter

[376]

PLC Programmable Logic Controller

[295]

Perfluoropolyether Fluorinated Fluids

[45]

Industrial Centrifugal Fan

[12]

Contact Now

Shenzhen Wisdomlong Technology CO.,LTD

Visit Website

City:shenzhen

Province/State:guangdong

Country/Region:china

Contact Person:MissBecky

View Contact Details

Contact Now

China 1PCS New Industrial Yaskawa AC Servo Motor 4.4A 1500RMP SGMG-08K3A-YA11 wholesale

1PCS New Industrial Yaskawa AC Servo Motor 4.4A 1500RMP SGMG-08K3A-YA11

Name: 1PCS New Industrial Yaskawa AC Servo Motor 44A 1500RMP SGMG08K3AYA11
Brand: Yasakawa
Price: 1 USD

Ask Latest Price

Brand Name :Yasakawa

Model Number :SGMG-08K3A-YA11

Place of Origin :Japan

MOQ :1

Price :negotiable

Payment Terms :T/T, Western Union

Supply Ability :100

Delivery Time :2-3 work days

Packaging Details :New in original box

Brand :Yasakawa

Model :SGMG-08K3A-YA11

Palce of Origin :Japan

Type :Servo Motor

Power :450W

Current :4.4A

Voltage :200V

r/min :1500

Contact Now

Add to Cart

View Product Description

1PCS New Industrial Yaskawa AC Servo Motor 4.4A 1500RMP SGMG-08K3A-YA11

Specifications

Current: 4.4A

Volatge: 200V
Power :450W
Max speed: 1500rpm
Encoder: 17bit Absolute encoder
Load Inertia JL kg¡m2¢ 10−4: 0.026
Shaft: straight without key

Temperature Rise Method

Electric Strip Heat ONLY This method requires the operation of the electric strips and the indoor blower motor only by setting the thermostat to call for heat (W) on air conditioning systems with electric strip heat or emergency heat (W2) on heat pump systems with electric strips.

Step 2. Measure the voltage and total amperage of the electric strip(s) and the indoor fan. Do this at the main power supply in the HVAC system. If there are multiple circuits for multiple sets of strips, add the amperage from all the circuits together.

Step 1. Operate only the electric strips and the indoor blower on the speed of choice for this measurement.

Step 3. Calculate the temperature rise of the system. See “Measuring Temperature Rise” on page 20 for help if needed. For the purpose of this formula, temperature rise is listed as TD (Temperature Difference).

Step 4. Using the numbers that you have calculated for the system, plug them into the formula below to calculate the system’s CFM.

Similar Products

SGMG-03A2B

SGMG-03V2BBB

SGMG-05A2A

SGMG-05A2AB

SGMG-05A2AB+SGDB-05ADG

SGMG-05A2ABB

SGMG-05A2ABC

SGMG-05A2ABS

SGMG-05A2AC

SGMG-05A2ASCRB

SGMG-06A2BB

SGMG-06A2BBB

SGMG-06ASBAB

SGMG-06V2BBB

SGMG-08K3A-CA11

SGMG-09A2A

SGMG-09A2AAB

SGMG-09A2AB

SGMG-09A2ABB

SGMG-09A2ABC

SGMG-09A2ABS

SGMG-09A2BSAR

SGMG-09ASA

SGMG-12A2B

SGMG-13A2A

SGMG-13A2AAB

SGMG-13A2AAC

SGMG-13A2AB

SGMG-13A2ABC

SGMG-13A2ABS

SGMG-13A2AC

SGMG-13ASA

SGMG-13ASAB

SGMG-13ASAB +SGDB-15ADG

SGMG-13AWA

SGMG-13AWA-YR13

SGMG-1AA2AB

SGMG-1AA2ABC

SGMG-1EA2AB

1PCS New Industrial Yaskawa AC Servo Motor 4.4A 1500RMP SGMG-08K3A-YA11

OTHER SUPERIOR PRODUCTS

Yasakawa Motor, Driver SG- Mitsubishi Motor HC-,HA-

Westinghouse Modules 1C-,5X- Emerson VE-,KJ-

Honeywell TC-,TK- Fanuc motor A0-

Rosemount transmitter 3051- Yokogawa transmitter EJA-

Contact person: Anna

E-mail: wisdomlongkeji@163.com

Cellphone: +0086-13534205279

Product Tags: