Panasonic ASCT1F46E manual Other lamp load Motor load Capacitor load

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4.Load, Electrical life

1.General

2.Inductive load

3.Lamp load

4.Electric- discharge lamp load

5.LED lamp load

6.Other lamp load

7.Motor load

8.Capacitor load

9.Resistance load

10.Small electric current load

11.Load polarity

12.Voltage drop of power supply

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Contact performance is significantly influenced by voltage and current values applied to the contacts (in particular, the voltage and current waveforms at the time of application and release), the type of load, frequency of switching, ambient atmosphere, contact switching speed, and of bounce, which lead the various other damages such as unsuitable operation contact transfer, welding, abnormal wear, increase in contact resistance. Therefore, please confirm that in actual use conditions such as actual circuit and actual load or contact our company.

In the case of switching on and off with inductive loads such as coil, magnet crutch, and solenoid, the arc at switching can cause a severe damage on contacts and greatly shortening of life. In addition, in the case of switching at a high frequency, a blue-green corrosion may be developed. So, please contact our company to use it.

If the current in the inductive load is relatively small, the arc discharge decomposes organic matter contained in the air and causes black deposits (oxides, carbides) to develop on the contacts. This may result in contact failure. So, please contact our company to use it.

Large inrush current enhancing contact welding will be impressed. Its current value is greatly affected by wiring resistance, switching frequency and ambient temperature. The load current characteristics in actual circuit and actual use condition must be examined and sufficient margin of safety must be provided in selection of a relay.

It is dangerous to use a lamp load whose nominal current is small even a large nominal current has been tested beforehand.

Please contact us when switching at nominal current with a small lamp load (40W or less), because continuous ON failure may occur due to locking caused by contact-transfer phenomenon when switching arc is locally concentrated.

Its load current tends to cause contact welding easily because its inrush current is larger than that of the regular lamp load. The load current characteristics in actual circuit and actual use condition must be examined and sufficient margin of safety must be provided in selection of a relay.

It is necessary to check the contact reliability because the load current of the LED load is very small. Please contact us before use.

Please contact us before use of new structured lamp except for halogen, Electric-discharge lamp, and LED.

When using of NC contact side of 1C contact for the motor brake, mechanical life might be affected by the brake current. Therefore, verify in actual use conditions with actual circuit.

Note that larger inductivity of motor may cause contact damage and transfer even the motor load current is same.

Note that its load current tends to cause contact welding and contact transfer easily because its inrush current is generally large which has a small break current and a short time period to reach an inrush peak value.

Also, inrush current value is influenced by wiring resistance. Therefore, the inrush current in actual circuit must be examined and sufficient margin of safety must be provided in selection of a relay.

This load causes relatively-less contact damage since its inrush current is not large. Select a relay based on the rating control capacity, or contact us.

If the switching current is small (2A or less), contact reliability decreases since the contact surface is not cleaned by switching arc. So, please contact us for use.

Electrical life may be affected by load polarity (+/-) connecting to relay contacts. So, please verify them in actual use polarity.

Under a circuit which inrush current is applied to such as lamps and capacitors, the moment the contact is closed, voltage drop to the coil, return of relay, or chattering may occur. Note that it may remarkably reduce the electrical life.

Load

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Contents Page Contents Category SectionAutomotive 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 Schmitt circuit Snap action circuit Wave shaping circuit Avoid Darlington circuit connections. High amplification（No good ） Darlington connection Good Emitter connection Residual Coil Voltage When used for temperature control circuits or similar oneVoltage Usage ambient condition Temperature Consideration Standard dimensions for the Hole and Land diameter Flux Application Mounting of RelayCooling Cleaning Coating Soldering Automatic SolderingHand Soldering What is a Surface Mount Relay? From IMT to SMT Features and EffectsInsertion Mount Technology & Surface Mount Technology Examples of SMT Applications Paste SolderingRelay mounting Reflow Cooling / Cleaning Transported Reliability in a Board Sense of the Term Intrinsic Reliability and Reliability of UseReliability Measures Degree of Reliability Failure RateSafe Life Bathtub Curve Failure What is Failure?Weibull 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.
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