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PHYTRON CCD 93-70 STEPPER MOTOR POWER

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PHYTRON CCD 93-70 STEPPER MOTOR POWER Specification

Efficiency
Up to 92%

Shape
Cylindrical

Insulation Material
Class F Insulation

Operating Temperature
-20C to +50C

Power Factor
High

IP Rating
IP54

Humidity %
0%-85% (non-condensing)

Overheating Protection
Integrated thermal protection

Feature
High Torque, Micro-Stepping Capability

Mounting Type
Flange Mount

Surface Finish
Anodized

Connector Type
Screw terminal

Product Type
Stepper Motor Power Unit

Application
Precision Positioning, Automation Equipment

Protection Level
IP54

Frequency (MHz)
50-60 Hz

Rated Voltage
48 V DC

Energy Consumption
Low

Output Type
Bipolar stepper output

Color
Black & Silver

Dimension (L*W*H)
93 mm x 70 mm x 105 mm

Weight
2.5 kg

Phase
2 Phase

Size
NEMA 34 (93mm flange)

Input Voltage
48 V DC

Material
Aluminum alloy body with steel rotor

No Of Poles
2

Connection Type
4-wire terminal

Insulation Resistance
>100 M at 500V DC

Dielectric Strength
1.5 kV AC for 1 minute

Bearing Type
Double shielded ball bearing

Holding Torque
7.5 Nm

Rotor Inertia
1250 gcm2

Max Current Per Phase
6.0 A

Vibration Resistance
1.5G (9.8 m/s2)

Step Angle
1.8 per step

Pulse Rate
Up to 100 kHz

Lead Wire Length
500 mm

Noise Level
<60 dB (A) @ 1m

About PHYTRON CCD 93-70 STEPPER MOTOR POWER

Get the latest PHYTRON CCD 93-70 Stepper Motor Power, an astounding combination of meritorious engineering and valorous performance. With a holding torque of 7.5 Nm and 1.8 precision per step, this cylindrical, NEMA 34 motor boasts high efficiency and integrated protection. Its anodized aluminum alloy build and robust double-shielded ball bearings make it suitable for demanding automation and precision positioning. Ending soon: secure superior torque, low energy consumption, and a high power factor motor with IP54 protection for your commercial needs.

Using the PHYTRON CCD 93-70 Stepper Motor Power

The PHYTRON CCD 93-70 Stepper Motor Power is acclaimed for precision positioning in automation equipment, making it ideal for commercial uses such as robotics, CNC machinery, and process automation. Special features include high torque output, micro-stepping capability for ultra-fine control, and anodized surface finishing for durability. Its integrated thermal protection and robust IP54 enclosure ensure longevity and reliability even in challenging industrial environments.

Certifications, Delivery, and Policies for PHYTRON CCD 93-70

The PHYTRON CCD 93-70 Stepper Motor Power meets globally recognized certifications for safety and performance, catering to the export market with efficient packaging. Delivery time generally aligns with the Purchase Order and is streamlined for prompt dispatch. Sample policy options are available for buyers in India and worldwide, making procurement safer and easier. Every unit is securely packaged to prevent transit damage and maintain product integrity.

FAQ's of PHYTRON CCD 93-70 STEPPER MOTOR POWER:

Q: How does the integrated overheating protection benefit the PHYTRON CCD 93-70 Stepper Motor Power?

A: The integrated thermal protection system automatically safeguards the motor by preventing overheating, enhancing operational safety and extending the motor's lifespan.

Q: What are the main commercial applications for the PHYTRON CCD 93-70 Stepper Motor Power?

A: This stepper motor excels in automation equipment, robotics, CNC machines, and any application requiring precise and reliable positioning control in industrial settings.

Q: Where is the best environment to use the PHYTRON CCD 93-70 Stepper Motor Power?

A: It is best utilized in environments requiring low energy consumption, robust torque, and high vibration or moisture resistance, thanks to its IP54-rated casing and 0%-85% humidity tolerance.

Q: What export and delivery options are available for international traders?

A: The product is available for the export market, with secure packaging and prompt delivery in accordance with the terms outlined in your Purchase Order.

Q: How does the micro-stepping capability improve the process in automation tasks?

A: Micro-stepping allows for finer motion control, reducing vibration and noise, thus improving accuracy and smoothness in automation processes where precision matters.

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