8I64S200018.00X-1

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The B & R Automation 8I64S200018.00X-1 belongs to the 8I6 ACOPOS Inverters series and is made of galvanized steel adhering to DIN EN 10025 standards. It has a tensile strength of 360-510 MPa and a yield strength of 235 MPa. Measuring 2000 mm in length, it offers high corrosion resistance and operates within a temperature range of -20°C to 80°C.

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Product Description:

The 8I64S200018.00X-1 ACOPOS Inverter is produced by B & R Automation and serves the purpose of reliable motor control in different industrial automation systems. This inverter has a motor power rating of 0.25 HP to enable it to achieve accuracy in low-power applications.

At an upper input voltage of 240 VAC, this inverter supplies a maximum mains current of 2.5 A with efficient use of energy in compact installations. This inverter provides the maximum transient current of 2.3 A for 60 seconds to accommodate the short-term load variations without performance loss. The range of input voltage for this inverter is between 200 VAC (-15%) and 240 VAC (+10%), which grants flexible operations under various line conditions. The output frequency of this inverter is variable over a wide range from 0.5 Hz to 500 Hz for precise speed control of various types of motors. The 8I64S200018.00X-1 inverter has an embedded EMC filter to prevent emissions from noise. The nominal clock frequency of this inverter is 4 kHz for correct switching and rapid responses of motor control. This inverter, in terms of the relay output capability, has the nominal switching voltage at 30 VDC or 250 VAC to allow control for the external devices.

For use with automation software, this inverter is fully compatible with ACP10 version V3.13.0 to offer configuration and diagnostics support. For deceleration energy management, this inverter is capable of working with an external brake chopper having a minimum resistance level of 40 Ω for safe dissipation of regenerative energy during deceleration. This inverter complies with IP31 and IP41 protection classes on the upper portion of the housing, while the terminal section is IP21 rated to protect against solid objects and limited moisture. The overall weight of the 8I64S200018.00X-1 inverter is 1.05 kg, which makes it ideal for use in locations with space and weight limitations.

Brake chopper min. resistance value (external)
40 Ω
Engine Power
0.25 HP
Input voltage
1x 200 VAC -15% to 240 VAC +10%
Integrated EMC filter
Yes
Max. Degree of contamination by IEC/EN 61800-5-1
2 (non-conductive pollution)
Max. mains current at 240 VAC
2.5 A
Max. transient current for 60 s
2.3 A
Nominal clock frequency
4 kHz
Output frequency range
0.5 to 500 Hz
Protection class
IP31 and IP41 on the upper part and IP21 on the terminals
Relay output nominal voltage
30 VDC / 250 VAC
Software support
ACP10 (V3.13.0)
Weight
1.05 kg

Frequently Asked Questions about 8I64S200018.00X-1:

Q: How does the 4 kHz clock frequency improve inverter response time?

A: It enhances switching precision, leading to smoother motor control. This reduces torque ripple and improves application stability.

Q: Why is the minimum brake chopper resistance value set to 40 Ω?

A: It ensures safe energy dissipation during braking. Using a lower resistance could overheat the braking system.

Q: What advantage does the IP41 rating on the upper part offer in 8I64S200018.00X-1?

A: It protects internal components from solid objects over 1 mm and limited moisture. This allows safe operation in semi-protected environments.

Q: How does ACP10 software V3.13.0 support system diagnostics?

A: It allows real-time status monitoring and configuration updates. This enhances setup accuracy and reduces commissioning time.

Q: Why is 250 VAC relay output useful in automation setups?

A: It enables direct control of higher-voltage external devices. This reduces the need for additional relay components.


Internal Product Review

  • ‘‘The 8I64S200018.00X-1 inverter delivers stable motor performance with a 0.25 HP capacity and a 4 kHz switching frequency. This inverter is essential for space-saving and accurate automation applications. Its integrated EMC filter ensures low electrical noise, while the 0.5–500 Hz output range supports flexible speed control. ’’

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