09.M4.S0D-3420
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The 09.M4.S0D-3420 variable frequency drive delivers a nominal input current of 4.5 A and operates at a rated frequency of 4 kHz. It supports braking resistor resistance as low as 160 Ω.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The KEB's 09.M4.S0D-3420 variable frequency drive is wall-mountable and IP65/54 rated drive that makes it suitable for industrial automation. With a maximum working frequency of 4 kHz and a typical rated motor power of 1.5 kW, the drive provides fine control over the motor. The M4 VFD performs effectively with source voltages ranging from 305 to 500 V that makes it excellent for 400-volt systems.
The nominal input current and output current of the 09.M4.S0D-3420 variable frequency drive is 4.5 A and 4.1 A, respectively. The filter can work in three phases and has an output voltage range of 440 to 480V. The drive comes with a braking resistor that has a minimum resistance of 160 Ω and an average resistance of 390 Ω. This allows 5 A of braking current to flow through the drive. With an over-current (OC) trip current of 9 A and a maximum short-time current of 7.4 A, the drive provides reliable security. The drive loses 60 W of power under normal conditions and can handle a heat sink temperature of up to 70°C. The M4 drive works with insulated motor line lengths of up to 5 m, has a filter class of A and can handle a mains frequency of 50/60 Hz ±2.
The 09.M4.S0D-3420 frequency drive requires a tightening torque of 0.5 Nm and can handle a 1.5 mm² line cross-section. The drive is designed to put out 2.8 kVA of power and comes with a standard set of controls. The frequency drive has a mains fuse value of 10 A, which makes sure that the electricity is safe. One year replacement warranty is provided to our customers. Wake Industrial also provides worldwide shipment for convenience.
Frequently Asked Questions about 09.M4.S0D-3420:
Q: Why does the 09.M4.S0D-3420 support braking resistors?
A: The braking resistor prevents motor overvoltage during deceleration. It ensures efficient energy dissipation with a resistance range of 160–390 Ω.
Q: How does the 09.M4.S0D-3420 handle overcurrent trips?
A: The driver trips at 9 A for safety and protection. This feature safeguards connected equipment and prevents operational damage.
Q: Why does the 09.M4.S0D-3420 require a heat sink?
A: The heat sink allows operation up to 70°C. It ensures consistent performance in high-load or continuous-use scenarios.
Q: Does the 09.M4.S0D-3420 support line cross-sections efficiently?
A: Yes, it supports a line cross-section of 1.5 mm². This ensures secure electrical connections for optimal power delivery.
Q: Do shielded motor lines improve 09.M4.S0D-3420 performance?
A: Shielded motor lines reduce electromagnetic interference. They enhance stability, especially with Class A filtering, up to a length of 5 m.
