Q216U-3
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 Q216U-3 transformer operates on a 3-phase Wye connection, provides an input voltage of 240V, an output voltage range of 0-560V, and supports a maximum constant current load of 3.5 amps. Part of the POWERSTAT Transformers series by Danaher, it is designed for 60 Hz input frequency.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Danaher manufactures the Q216U-3. A three-phase Wye-connected system, a common industrial power distribution configuration that has a neutral point and balanced phase voltages, is the operating environment for the Danaher Q216U-3 POWERSTAT transformer. It’s designed to support 240V across each winding, a common voltage level used in many industrial platforms. The properties of the core and winding materials that determine magnetic flux density and resistive losses control the transformer’s behavior in this situation. Consistent magnetic coupling and low waveform distortion require the input voltage to be stable, which goes beyond simple electrical compatibility. Especially in systems where sensitive loads rely on exact voltage control, any significant deviation from the rated input will cause harmonic distortion, winding heat stress, and voltage variations downstream.
This transformer is good for applications where the voltage is variable because it uses adjustable electromagnetic induction to produce an output voltage range of 0- 560V. The primary and secondary circuits of an autotransformer like this share winding segments, which improves efficiency but also involves complex current flow interactions that need to be managed. The output voltage of the transformer is determined by the winding tap points and turns ratio and the electromagnetic core has to stay within saturation limits across the entire adjustment range. When precise control of motor speeds, heat output, or laboratory test voltages is required, this dynamic voltage scaling is invaluable. By modulating the inductive link, the mechanical interface (usually a rotary control) directly affects the electrical output and allows for precise power delivery without step transitions. This is useful in automation systems where process stability is directly related to voltage accuracy.
Current and power limits are critical to the transformer’s operation. The top limits of thermal and electromagnetic performance are 3.5A continuous current and 3.4 kVA apparent power. The conductor cross-section, insulation class and core loss characteristics all impact these limits, which restrict the transformer’s ability to dissipate internal heat. Going beyond these limits can cause core saturation, dielectric failure, and mechanical stress from Lorentz forces and compromise reliability. The output current is not constant across the voltage range but varies according to a voltage-current profile determined by thermal and magnetic limits. This profile is sometimes shown in a graph like “Figure B”. Engineers must adjust the load profile according to the actual operating voltage because of this non-linear behavior, which is due to the transformer’s internal impedance and heat dissipation capacity. Because of this, you must consult these curves when designing the system to ensure the actual current draw is within safe limits at all voltage levels.
Frequently Asked Questions about Q216U-3:
Q: What is the input voltage of the Q216U-3 transformer?
A: The Q216U-3 transformer operates with an input voltage of 240V. This input voltage is consistent with typical industrial power systems and ensures compatibility with a wide range of equipment.
Q: What type of connection does the Q216U-3 use?
A: The Q216U-3 utilizes a 3-phase Wye connection, which is common for industrial transformers. This type of connection provides balanced voltage and efficient power distribution across three phases.
Q: What is the output voltage range of the Q216U-3 transformer?
A: The Q216U-3 transformer offers an output voltage range of 0-560V, allowing for flexibility in voltage supply to various equipment within the system. The output voltage is dynamically adjustable.
Q: What is the maximum constant current load supported by the Q216U-3 transformer?
A: The Q216U-3 can support a maximum constant current load of 3.5 amps. This rating ensures that the transformer operates safely under typical industrial conditions without overloading.
Q: What is the input frequency of the Q216U-3 transformer?
A: The Q216U-3 transformer operates at an input frequency of 60 Hz, which is the standard frequency for power systems in North America and many other regions.
