Schneider XS4P30AB120 Inductive Proximity Sensor - コンタクタ,サーキットブレーカー,センサー,エンコーダ,PLC,コンバータ

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Schneider XS4P30AB120 Inductive Proximity Sensor - コンタクタ,サーキットブレーカー,センサー,エンコーダ,PLC,コンバータ

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Schneider XS4P30AB120 Inductive Proximity Sensor

(Telemecanique OsiSense XS4) 製品タイプ: M30 Non-Flush Analogue 4–20mA Inductive Proximity Sensor ✅ Model Code Definition XS4: XS4 series inductive proximity sensor P: PBTプラスチックハウジング 30: M30 thread A: Analogue output B: Cable connection 1: 直流電源 20: 4–20mA current output 📌 Core Technical Specifications Item Parameter Outline Cylindrical M30×1.5, overall length 53 ...

  • 製品詳細

(テレメカニーク OsiSense XS4)

製品タイプ: M30 Non-Flush Analogue 4–20mA 誘導型近接センサー

✅ モデルコードの定義

XS4: XS4 series inductive proximity sensor

P: PBTプラスチックハウジング

30: M30 thread

あ: Analogue output

B: Cable connection

1: 直流電源

20: 4–20mA current output

📌 Core Technical Specifications

アイテムパラメータ
OutlineCylindrical M30×1.5, overall length 53 mm
取り付け非フラッシュマウント (flush installation not allowed)
Nominal sensing distance Sn15 mm (effective linear range: 1.5 ~ 15 mm)
電源電圧12…24 VDC, limit range 10~38 VDC
出力信号4~20mA analogue current (3-ワイヤー)
ケーブル2 m PVC cable, 3×0.34 mm²
保護クラスIP67
ハウジング材質体: PBT; Sensing face: PPS
Repeat accuracy≤3% of Sr
Linearity error±2 mA
スイッチング周波数≤300 Hz
No-load power consumption4 ミリアンペア
動作温度-25℃~+70℃
認証CE, UL, CSA

🔌 Wiring Definition (3-コアケーブル)

茶色: DC+ (Positive power)

青: 直流(Negative power)

黒: 4~20mA signal output → connect to PLC analogue AI current input channel

動作原理: The closer the metal target is to the sensor, the higher the output current (rising from 4mA to 20mA).

15 mm distance = 4 ミリアンペア; 1.5 mm distance = 20 ミリアンペア.

Used for continuous displacement feedback and closed-loop control, not just discrete on/off switching.

📎 Typical Applications

  1. Continuous position closed-loop feedback for hydraulic cylinders / pneumatic actuators (hydraulic presses, tooling clamps, リフティングシリンダー)
  2. Workpiece thickness & gap measurement, material level monitoring
  3. Continuous position feedback for manipulator soft limit & deceleration control
  4. Metal workpiece distance detection on conveyor lines
  5. Foot pedal position feedback (XS4P18ABxx of the same series is widely used for XPE foot pedals)

⚠️ Installation Notes & Cross-Model Reference

  1. Strictly use non-flush mounting. No metal close to the sensor body, otherwise the sensing range will shrink.
  2. Set the PLC AI module to 4–20mA current mode, not voltage input.
  3. Same analogue sub-series comparison:

XS4P30AB110: 0~10V voltage output

XS4P30AB120: 4~20mA current output (このモデル, mainstream type)

  1. Domestic alternative requirement: M30 non-flush, 4–20mA analogue inductive proximity sensor, Sn=15 mm, 12–24 VDC supply.

📄 Supporting Documents

Original datasheet, 配線図, and PLC AI calibration examples are available on request.

XS4P30AB120 (M30, Sn15mm, 4–20mA Analogue Inductive Sensor) 現場での応用事例

コア機能: Non-flush installation, metal target only, continuous distance output (1.5mm=20mA; 15mm=4mA). It is not a simple limit switch; ideal for continuous position feedback, PID closed-loop control, ギャップ & thickness monitoring. IP67 rated for dusty, oily workshop environments.

場合 1: Closed-loop position feedback for hydraulic / 空気圧シリンダー (油圧ステーション, machine tool presses, 建設機械)

Working condition: Presses, clamping jigs, リフティングシリンダー. Real-time rod position acquisition for PLC PID speed regulation, soft stop and buffer deceleration to avoid mechanical impact.

インストール: Fix XS4P30AB120 at the cylinder tail; mount a square steel target (45×45mm standard target) on the piston rod end. Keep the sensor axially aligned with the target, and keep the working stroke within 1.5~15 mm.

制御ロジック: 4mA = 15 mm (fully retracted); 20mA = 1.5 mm (fully extended). The PLC converts current value to displacement and triggers speed reduction when reaching preset positions.

利点: Lower cost than pull-wire displacement sensors, 油 & dust resistant, simple installation for short-stroke cylinder buffering control.

  1. DC 3-wire Discrete Output (P Series, PNP / NPN for PLC Digital Input)

1) PNP Output (Positive switching)

XS4P30PB340: NO ノーマルオープン, 12~24VDC, 2メートルケーブル

XS4P30PB370: NC ノーマルクローズ, 12~48VDC, 2メートルケーブル

XS4P30PC410: NO+NC (1NO+1NC), 12~24VDC, 4-ワイヤーケーブル

XS4P30PB340D: NO ノーマルオープン, M12コネクタ

XS4P30PB370D: NC ノーマルクローズ, M12コネクタ

2) NPN Output (Negative switching)

XS4P30NB340: NPN NO normally open

XS4P30NB370: NPN NC normally closed

Ⅲ. 2-wire AC/DC Universal (M Series, suitable for relay circuits)

XS4P30MA230: NO ノーマルオープン, 24~240V AC/DC, 2メートルケーブル, IP68

XS4P30MB230: NC ノーマルクローズ, 24~240V AC/DC

Cable extension suffix: L1=5m, L2=10m (例えば. XS4P30MA230L1)

  1. XS4P30AB Analogue Sub-series (のみ 2 models available)
モデル出力信号供給電圧応用
XS4P30AB1100~10Vの電圧24~48VDCPLC analogue voltage AI channel
XS4P30AB1204~20mAの電流12~24VDCPLC analogue current AI channel (主流モデル)
  1. Suffix Options for Ordering

L1: Cable extended to 5 メートル

L2: Cable extended to 10 メートル

D: Replace cable with M12 4-pin connector

K: Extended body (overall length 70 mm)

  1. Quick Selection Guide for XS4P30 Series
  2. Displacement closed-loop, material level & gap measurement → XS4P30AB120 (4–20mA)
  3. Position limit with digital switching signal → PB340 / MA230
  4. Voltage analogue signal acquisition → XS4P30AB110

✅ Original Accuracy Specifications for XS4P30AB120 (Standard steel target 45×45×1 mm, 25℃)

  1. Linearity error: ±2 mA

Full span 4~20mA (16mA total range), effective travel 1.5~15 mm (13.5 mmストローク).

±2mA corresponds to ±1.69 mm linear deviation.

  1. Repeat accuracy: ≤3% Sr

Sr=15 mm → maximum repeat error ≤0.45 mm.

意味: Readout fluctuation will not exceed 0.45 mm when repeatedly positioning at the same spot.

  1. 温度ドリフト (output current drift): マックス 10% FS (フルスケール) across -25~+70℃

Range note: Linear performance and accuracy are only guaranteed within the effective working range of 1.5 mm (20ミリアンペア) ~ 15 mm (4ミリアンペア).

📌 Plain Summary

Excellent repeatability: 約. 0.45 mm, suitable for repeated positioning control.

Moderate linear deviation: ±1.7 mm, not for micron-level precision measurement; it is an industrial coarse-range analogue proximity sensor.

Additional A/D conversion error will be introduced by the PLC AI module, further reducing overall system accuracy.

⚠️ Key Factors Affecting Measurement Accuracy

Target material must be mild steel; stainless steel or aluminium will change sensitivity and increase error.

Strict non-flush mounting; no surrounding metal interference.

Strong welding electromagnetic interference, vibration and wide temperature swings will aggravate drift.

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