Panasonic ASCT1F46E manual Load, Electrical life Load voltage Coil voltage

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4.Load, Electrical life

13.Load voltage

14.Coil voltage

15.Coil

short-pulse input

16.High- frequency of switching

17.Low- frequency of switching

18.Ambient temperature

19.Connection of coil surge absorption circuit

20.Sneak or remaining current

21.Wire length

3 If the load voltage is high, the arc energy which generated at contact switching increases, which may decrease the electrical life. Therefore, it is necessary to give consideration to the voltage which could occur in actual use condition.

If coil applied voltage gets higher, the relay operate time gets faster. However, contact bounce gets also larger so that the electrical life may decrease.

When the short-pulse signal is input to the relay coil, the relay movable part may operate and touch lightly to the contact. Therefore, please avoid short pulse input (100ms or less) since it may cause contact welding due to less contact pressure. Please test adequately, for example when a relay is operated by external manual switch (such as key switch.)

When the switching frequency is high, the electrical life may decrease. Please confirm if there is a high-frequent switching caused by abnormal mode in actual use condition.

Note that if the contact has not been switched for a long time period, organic film tends to be generated on the contact surface, which may cause contact instability.

Verify in the actual use condition since electrical life may be affected by use at high temperatures.

If resistor, diode, zener diode are connected parallel to decrease the surge voltage when the relay coil being turned off, the relay release time will get longer and may decrease the electrical life or cause light-welding.

Load

Please test a relay in actual vehicle condition since there is a risk of deterioration at relay function or switching performance such as slower release time which is caused by sneak current due to diode, zener diode, capacitor mounted on a vehicle or by remaining current soon after a motor is turned off. If long wires (a few ten meters) are to be used in a relay contact circuit, inrush current may become a problem due to the stray capacitance existing between wires. In such case, add a resistor in series with the contacts.

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Contents Page Category Section ContentsAutomotive Relay User’s GuidePanasonic Electric Works Other lamp load Motor load Capacitor load Load, Electrical life Load voltage Coil voltage Delays the release time to 5 times the release time listed Short current Connection method Avoid Darlington circuit connections. High amplification Schmitt circuit Snap action circuit Wave shaping circuit(No good ) Darlington connection Good Emitter connection When used for temperature control circuits or similar one Residual Coil VoltageVoltage Usage ambient condition Temperature Consideration Standard dimensions for the Hole and Land diameter Mounting of Relay Flux ApplicationSoldering Automatic Soldering Cooling Cleaning CoatingHand Soldering Features and Effects What is a Surface Mount Relay? From IMT to SMTInsertion Mount Technology & Surface Mount Technology Paste Soldering Examples of SMT ApplicationsRelay mounting Reflow Cooling / Cleaning Transported Intrinsic Reliability and Reliability of Use Reliability in a Board Sense of the TermReliability Measures Failure Rate Degree of ReliabilitySafe Life Failure What is Failure? Bathtub CurveWeibull Analysis Check sheet 1/2 Check sheet 2/2

ASCT1F46E specifications

The Panasonic ASCT1F46E is an advanced conditioning unit designed to enhance indoor air quality while ensuring energy efficiency. As part of Panasonic's commitment to innovation, this model integrates state-of-the-art features that cater to modern living environments, making it a popular choice for both residential and commercial spaces.

One of the standout features of the ASCT1F46E is its advanced filtration system. Equipped with a multi-stage filter, it captures not only dust and allergens but also finer particles, providing a cleaner air environment. This is particularly beneficial for individuals with respiratory issues or allergies. The filter is designed to be easily replaceable, ensuring that maintenance is hassle-free and users can maintain optimal air quality without significant effort.

The unit utilizes a highly efficient inverter technology, enabling it to adjust the power consumption according to the cooling or heating needs of the space. This results in reduced energy costs while maintaining a steady temperature, making it an eco-friendly option. The inverter system minimizes temperature fluctuations, ensuring a consistent and comfortable atmosphere year-round.

In terms of user experience, the ASCT1F46E features a user-friendly remote control, allowing for easy adjustments from across the room. The unit also supports a variety of operating modes, including cooling, heating, dehumidification, and fan modes to suit different preferences and seasonal needs. Moreover, the quiet operation of the unit ensures that it functions with minimal noise, making it ideal for bedrooms, study areas, or any space where peace and quiet are essential.

The design of the ASCT1F46E reflects Panasonic’s attention to aesthetics as much as performance. The sleek and compact form factor allows it to blend seamlessly with various interior designs, while the stylish finish contributes to a modern look.

Another notable characteristic is its smart functionality, which can be integrated with home automation systems. This allows users to control the conditioning unit remotely via smartphones or smart home devices, providing convenience and flexibility in managing indoor climates.

In summary, the Panasonic ASCT1F46E stands out in the competitive landscape of air conditioning units. With its advanced filtration system, energy-efficient inverter technology, user-friendly features, aesthetic design, and smart connectivity, it promises to deliver superior comfort and air quality, making it an excellent investment for any modern space.