Bestact Reed Element
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Bestact Reed Element
Bestact Reed Element
Bestact Reed Element - YAI
1V 1mA to 240V 30A Inductive
The Bestact reed element is a highly reliable, broad control range reed switch that when used and implemented in various application products provides a user or manufacturing operation the utmost in uptime and throughput. Its broad control range allows a user to select one switch for any control load from TTL logic to fractional DC horsepower, thereby decreasing the various types of control devices needed for spare parts allocation while ensuring the same reliability levels.
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Models & Ratings
Bestact Reed Element - Overview
Application | Medium - Capacity Type | Large - Capacity Type | Remarks | ||
---|---|---|---|---|---|
Type | R 25 | R 15 | - | ||
Contact Arrangement | 1NO | 1NO | |||
Contact Performance |
Rated Insulation Voltage *1 | 250VAC | 250VAC | Power Frequency | |
Rated Continuous Current *2 | 3A | 5A | |||
Rated Operational Current *3 | AC | 240V 0.5A | 240V 1A | Inductive Load (AC50/60Hz) | |
DC | 115V 0.3A | 115V 0.5A, 230V 0.2A | Inductive Load (Medium-Capacity: L/R=40ms, Large-capacity: L/R=100ms). | ||
Maximum Making Current *4 | 240VAC 15A | 240VAC 30A | Power factor 0.3 to 0.4 (AC50/60Hz) | ||
Maximum Breaking Current | AC | 240V 15A | 240V 30A |
Power factor 0.3 to 0.4 (AC50/60Hz) |
|
DC | 115V 0.5A | 115V 0.6A 230V 0.4A |
Medium-capacity: L/R=40ms Large-capacity: L/R=100ms |
||
Minimum Operational Power Ratings *6 | 24V 1mA | 24V 1mA | Failure Rate λ60 = 4.6x10-9 (/time) or less *7 | ||
Withstand Voltage Across Conacts | 500VAC for 1 minute | 800VAC for 1 minute | Power frequency, leakage current: 5mA | ||
Insulation Resistance | 109 Ω or greater | 109 Ω or greater | with 500VDC Megger | ||
Initial Contact Resistance | 500mΩ or less | 500mΩ or less | 6VDC 1A | ||
Operating Characteristics | Pick-up Magnetmotive Force | 100 to 130A | 180 o 230A | Yaskawa standard coil is of 3000 turns, 33.5 lon, 10.5mm I.O. with 0.2mm dia. wire | |
Drop-out Magnetmotive Force | 50A or greater | 60A or greater | |||
Operating Time | 4ms or less (Bounce Time not included) | 5ms or less (Bounce Time not included) | at 150% of pick-up ampare turn using standard coil (Equipped with a flywheel diode) | ||
Releasing Time | 2ms or less | 3ms or less | |||
Mechanical Life | Over 100,000,000 operations | Over 100,000,000 operations | - | ||
Mechanical Performance | Vibration Resistance | 147/s2 {15G} | 196m/s2 {20G} | 20 to 1000Hz | |
Shock Resistance | 196/s2{20G} (980m/s2{100G}) | 392m/s2{40G} (980m/s2{100G}) | Value in parenthesis indicates breakdown G | ||
Terminal Drawing Force | 98N {10kg f} | 98N {10kg f} | - | ||
Ambient Temperature | Operating Temperature | -50 to +150°C | -50 to +150°C | - | |
Storage | -60 to +180°C | -60 to +180°C | - |
Note: Ratings and specifications are defined according to IEC 62246-1.
*1. Rated insulation voltage is the voltage value which is the standard of insulation design and defined by the withstand voltage test.
*2. Rated continuous current is the current value which can be energized continuously without exceeding the allowable temperature rise under the condition without breaking contacts.
*3. Rated operational current is the current value which is combined with a rated operational voltage and used in regulated conditions (making/breaking current, switching frequency and electric switching durability).
*4. Maximum making current is the current value which enables 10 times making at 240VAC and PF: 0.3 to 0.4 by referring to IEC PAS 62246-2-1.
*5. Maximum breaking current is the current value which enables 10 times breaking at 240VAC and PF: 0.3 to 0.4 by referring to IEC PAS 62246-2-1.
*6. Minimum operational power ratings are the values which can be surely energized under the regulated load conditions that the class of contact reliability keeps a failure rate 0.005 (time/106) or less. In circuit with photo coupler, 5V 10mA can be used for digital application.
*7 Refer to page 11 of the Bestact manual.