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59145 シリーズ - フランジ取付リードセンサー

シリーズ: 59145
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リテルヒューズの製品は、所定のリテルヒューズ製品文書に明記した用途で使用することを目的として設計されており、それ以外の用途を目的としたものではありません。製品文書にない用途でのご使用はお控えください(自動車関連、軍関連、航空宇宙産業、医療、救命、生命維持、原子力施設、人体への外科的移植用器具のほか、製品が所望の稼働状態にならないことによって怪我、死亡、物的損害を招く恐れのあるアプリケーションすべてを含みますが、これらに限定されません)。該当するリテルヒューズの文書にない用途で製品を使用された場合、リテルヒューズの保証は無効となります。リテルヒューズは、該当するリテルヒューズの文書に明記されていない用途で使用された製品に関する申し立て、および損害に対して責任を負いかねます。リテルヒューズとの特段の合意がない限り、リテルヒューズの製品の販売および使用にはリテルヒューズ販売契約条件が適用されます。「リテルヒューズ」とは、Littelfuse, Inc. およびそのすべての関連法人の総称です。

28.57mm x 19.05mm x 6.35mm (1.125" x 0.750" x 0.259") のフランジ実装リードセンサー、常時開高電圧、常時閉または切替接触部。スクリューまたは接着実装が可能なケースデザイン。上部右側からワイヤが出ています。ワイヤが左側から出るタイプも提供(59150 シリーズ)。105°C までの動作を定格しています。10VAで最大 265Vac/300Vdc のスイッチングに対応可能です。感度、ケーブル長、コネクターのオプションの豊富なラインナップ。位置およびリミット感知、セキュリティ、窓用および扉用アラームシステム、リニアアクチュエータのアプリケーションに最適です。57145 または 57150 アクチュエータとの使用が最適です。

注意: 57145 および 57150 アクチュエータは別売りです。

特長:

  • 磁気作動式近接センサー
  • 木材、プラスチック、アルミニウムなどの非鉄素材を透過して作動
  • 最大 105°C の高温アプリケーション定格
  • 最適な状態に調整できるクロススロット実装孔
  • お客様定義の感度
  • ケーブル長とコネクターを選択可

メリット:

  • 湿度の高い場所や汚染環境での使用に最適
  • リード接点の動作寿命は、マイクロコントローラの電圧、電流、ロジックレベル負荷下で数百万サイクル
  • シンプルな実装と調整

アプリケーション:

  • 位置およびリミットスイッチング
  • セキュリティ
  • リニアアクチュエ—タ
  • ドアスイッチ

商品仕様、各種認証情報、在庫のご確認、部品のご注文は以下をご覧ください

Catalog #Switching Power (W)Switching Voltage (V DC)Switching Current (A DC)Switching Voltage (V AC)Switching Current (A AC)Breakdown Voltage (V DC)Max Contact Resistance (Ω)Magnetic Sensitivity (AT)Nominal Activate Distance (mm)Switch TypeMin Operating Temp (°C)Max Operating Temp (°C)Max Operate Time (ms)Max Release Time (ms)StockSamplesCompare
Catalog #Switching Power (W)Switching Voltage (V DC)Switching Current (A DC)Switching Voltage (V AC)Switching Current (A AC)Breakdown Voltage (V DC)Max Contact Resistance (Ω)Magnetic Sensitivity (AT)Nominal Activate Distance (mm)Switch TypeMin Operating Temp (°C)Max Operating Temp (°C)Max Operate Time (ms)Max Release Time (ms)StockSamplesCompare
59145-1-S 102000.51400.352500.212〜1813.5A:SPST-NO-4010511確認 Order
59145-1-T 102000.51400.352500.217〜2311.2A:SPST-NO-4010511確認 Order
59145-1-U 102000.51400.352500.222〜2810A:SPST-NO-4010511確認 Order
59145-1-V 102000.51400.352500.227〜339A:SPST-NO-4010511確認 Order
59145-2-T 103000.42650.34000.217〜2311.2A:SPST-NO-2010511確認 Order
59145-2-U 103000.42650.34000.222〜289.8A:SPST-NO-2010511確認 Order
59145-2-V 103000.42650.34000.227〜339A:SPST-NO-2010511確認 Order
59145-3-S 51750.251200.182000.215〜2011C: SPDT-CO-4010533確認 Order
59145-3-T 51750.251200.182000.220〜259.2C: SPDT-CO-4010533確認 Order
59145-3-U 51750.251200.182000.225〜308.5C: SPDT-CO-4010533確認 Order
59145-4-S 51750.251200.182000.215〜2011B:SPST-NC-4010533確認 Order
59145-4-T 51750.251200.182000.220〜259.2B:SPST-NC-4010533確認 Order
59145-4-U 51750.251200.182000.225〜308.5B:SPST-NC-4010533確認 Order

pdf icon Building and Home Automation Application Guide

Today's buildings and homes are equipped with intelligent technologies for safer, more convenient, and energy-efficient living.

pdf icon Sensing Products Selection Guide

This guide provides an introduction to magnetic sensing and options for value-added custom design packages.

pdf icon Flow Sensing in Tankless Water Heaters Application Note

Reed switches and sensors are highly effective solutions for flow sensing applications that can be used for detecting the presence of fluid flow in a system or even measure the rate of fluid flow.

pdf icon Position and Level Sensing in Washing Machines

A most integral appliance in any home is a washing machine. Washing machines have helped made the chore of cleaning clothes quite effortless.

pdf icon Rice Cooker Lid Lock Application Note

The position sensing lid lock ensures that the lid is securely locked in place.

pdf icon Capacitive Loads Application Note

When there is significant capacitance in a reed sensor reed relay or reed switch circuit the peak current and energy switched by the reed contacts should be considered.

pdf icon Inductive Load Arc Suppression Application Note

When a reed switch or reed sensor is used to control an inductive device (relay coil solenoid transformer small motor etc.)

pdf icon Reed Switch and Reed Sensor Activation Application Note

Although a reed switch can be activated by placing it inside an electrical coil many reed switches and reed sensors are used for proximity sensing and are activated by a magnet.

pdf icon Reed Switch Extended Shock Capabilities Application Note

The maximum shock specifications in the Littelfuse catalog are very conservative for most switches smaller than the DRxxxx type. T

pdf icon Vibration Testing and Precautions Application Note

Littelfuse tests sinusoidal vibration according to Mil. Std. 202G Method 204D Test Condition G (10 � 2000 Hz frequency sweep at 30 G or 0.06 inch double amplitude whichever is less).

品番 部品名 RoHS 鉛フリー RoHS (2015/ 863/EU) 認証 REACH (SVHC) 適合証明書 ハロゲンフリー REACH (SVHC)
59145-1-S-05-F 59145-1-S-05-F SENS なし 02/21/2019 なし 02/21/2019 /~/media/images/littelfuse/site-logo/lf_logo.png" alt="Littelfuse Circuit Protection Sensors and Power Control" height ="62" width ="191" />

59145 Series - Flange Mount Reed Sensor

59145 Series Image
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Disclaimer Notice

Littelfuse products are not designed for, and shall not be used for, any purpose (including, without limitation, automotive, military, aerospace, medical, life-saving, life-sustaining or nuclear facility applications, devices intended for surgical implant into the body, or any other application in which the failure or lack of desired operation of the product may result in personal injury, death, or property damage) other than those expressly set forth in applicable Littelfuse product documentation. Warranties granted by Littelfuse shall be deemed void for products used for any purpose not expressly set forth in applicable Littelfuse documentation. Littelfuse shall not be liable for any claims or damages arising out of products used in applications not expressly intended by Littelfuse as set forth in applicable Littelfuse documentation. The sale and use of Littelfuse products is subject to Littelfuse Terms and Conditions of Sale, unless otherwise agreed by Littelfuse. "Littelfuse" includes Littelfuse, Inc., and all of its affiliate entities.

A flange mount reed sensor 28.57mm x 19.05mm x 6.35mm (1.125" x 0.750" x 0.259") with a choice of normally open, normally open high-voltage, normally closed or changeover contacts. Its case design enables screw or adhesive mounting. Wires exit from top right-hand side. Also available with left-hand exit (59150 series). Rated for operation up to 105°C. Capable of switching up to 265Vac/300Vdc at 10VA. Available with a range of sensitivity, cable length and connector options. Ideally suited for position and limit sensing, security, window and door alarm systems and linear actuator applications. Functions best with the 57145 or 57150 actuator.

Note: The 57145 and 57150 actuators are sold separately.

Features:

  • Magnetically-operated proximity sensor
  • Operates through non-ferrous materials such as wood, plastic or aluminum
  • Rated for high-temperature applications up to 105°C
  • Cross-slotted mounting holes for optimum adjustability
  • Customer-defined sensitivity
  • Choice of cable length and connector

Benefits:

  • Well suited for usage in high-moisture and contaminated environments
  • Reed contacts last for millions of operating cycles under micro-controller voltage and current logic-level loads
  • Simple installation and adjustment

Applications:

  • Position and limit switching
  • Security
  • Linear actuators
  • Door switch

Access specifications, certifications, check availability and order parts below

Catalog #Switching Power (W)Switching Voltage (V DC)Switching Current (A DC)Switching Voltage (V AC)Switching Current (A AC)Breakdown Voltage (V DC)Max Contact Resistance (Ω)Magnetic Sensitivity (AT)Nominal Activate Distance (mm)Switch TypeMin Operating Temp (°C)Max Operating Temp (°C)Max Operate Time (ms)Max Release Time (ms)StockSamplesCompare
Catalog #Switching Power (W)Switching Voltage (V DC)Switching Current (A DC)Switching Voltage (V AC)Switching Current (A AC)Breakdown Voltage (V DC)Max Contact Resistance (Ω)Magnetic Sensitivity (AT)Nominal Activate Distance (mm)Switch TypeMin Operating Temp (°C)Max Operating Temp (°C)Max Operate Time (ms)Max Release Time (ms)StockSamplesCompare
59145-1-S 102000.51400.352500.212 to 1813.5A:SPST-NO-4010511Check Order
59145-1-T 102000.51400.352500.217 to 2311.2A:SPST-NO-4010511Check Order
59145-1-U 102000.51400.352500.222 to 2810A:SPST-NO-4010511Check Order
59145-1-V 102000.51400.352500.227 to 339A:SPST-NO-4010511Check Order
59145-2-T 103000.42650.34000.217 to 2311.2A:SPST-NO-2010511Check Order
59145-2-U 103000.42650.34000.222 to 289.8A:SPST-NO-2010511Check Order
59145-2-V 103000.42650.34000.227 to 339A:SPST-NO-2010511Check Order
59145-3-S 51750.251200.182000.215 to 2011C: SPDT-CO-4010533Check Order
59145-3-T 51750.251200.182000.220 to 259.2C: SPDT-CO-4010533Check Order
59145-3-U 51750.251200.182000.225 to 308.5C: SPDT-CO-4010533Check Order
59145-4-S 51750.251200.182000.215 to 2011B:SPST-NC-4010533Check Order
59145-4-T 51750.251200.182000.220 to 259.2B:SPST-NC-4010533Check Order
59145-4-U 51750.251200.182000.225 to 308.5B:SPST-NC-4010533Check Order

pdf icon Building and Home Automation Application Guide

Today's buildings and homes are equipped with intelligent technologies for safer, more convenient, and energy-efficient living.

pdf icon Sensing Products Selection Guide

This guide provides an introduction to magnetic sensing and options for value-added custom design packages.

pdf icon Flow Sensing in Tankless Water Heaters Application Note

Reed switches and sensors are highly effective solutions for flow sensing applications that can be used for detecting the presence of fluid flow in a system or even measure the rate of fluid flow.

pdf icon Position and Level Sensing in Washing Machines

A most integral appliance in any home is a washing machine. Washing machines have helped made the chore of cleaning clothes quite effortless.

pdf icon Rice Cooker Lid Lock Application Note

The position sensing lid lock ensures that the lid is securely locked in place.

pdf icon Capacitive Loads Application Note

When there is significant capacitance in a reed sensor reed relay or reed switch circuit the peak current and energy switched by the reed contacts should be considered.

pdf icon Inductive Load Arc Suppression Application Note

When a reed switch or reed sensor is used to control an inductive device (relay coil solenoid transformer small motor etc.)

pdf icon Reed Switch and Reed Sensor Activation Application Note

Although a reed switch can be activated by placing it inside an electrical coil many reed switches and reed sensors are used for proximity sensing and are activated by a magnet.

pdf icon Reed Switch Extended Shock Capabilities Application Note

The maximum shock specifications in the Littelfuse catalog are very conservative for most switches smaller than the DRxxxx type. T

pdf icon Vibration Testing and Precautions Application Note

Littelfuse tests sinusoidal vibration according to Mil. Std. 202G Method 204D Test Condition G (10 � 2000 Hz frequency sweep at 30 G or 0.06 inch double amplitude whichever is less).

Part # Part Description RoHS Pb-free RoHS (2015/ 863/EU) Certificate REACH (SVHC’s) Declaration Halogen Free REACH (SVHC’s)
59145-1-S-05-F 59145-1-S-05-F SENS No 02/21/2019 No 02/21/2019 59145-1-T-05-F 59145-1-T-05-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-1-U-05-A 59145-1-U-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-1-U-02-F 59145-1-U-02-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-1-U-02-A 59145-1-U-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-1-V-02-F 59145-1-V-02-F SENS No 10/23/2017 No 10/23/2017 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 10/23/2017 No 10/23/2017 59145-1-V-02-A 59145-1-V-02-A SENS No 10/23/2017 No 10/23/2017 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 10/23/2017 No 10/23/2017 ../../../../../Common
10/23/2017
59145-2-T-05-F 59145-2-T-05-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-2-T-05-A 59145-2-T-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-2-T-02-F 59145-2-T-02-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 ../../../../../Common No
02/21/2019
Does not Contain
59145-2-T-02-A 59145-2-T-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-2-T-01-F 59145-2-T-01-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-2-T-01-A 59145-2-T-01-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-S-05-A 59145-3-S-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-S-02-F 59145-3-S-02-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-S-02-A 59145-3-S-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-T-05-A 59145-3-T-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-T-02-F 59145-3-T-02-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-3-T-02-A 59145-3-T-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-4-S-05-A 59145-4-S-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-4-S-02-A 59145-4-S-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-4-T-05-A 59145-4-T-05-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-4-T-02-F 59145-4-T-02-F SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 59145-4-T-02-A 59145-4-T-02-A SENS No 02/21/2019 No 02/21/2019 ../../../../../Common/images/icons/RoHS.png" alt="RoHS" style='visibility:visible' /> No 02/21/2019 No 02/21/2019 If the product environmental information that you are looking for does not appear in this tab,
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