Festo SFAW-32-TG12-E-PNLK-PNVBA-M12 流量センサー

部品番号: 8036871｜Vortex Liquid 流量センサー (without integrated temperature measurement)

> Distinction note: Model with temperature measurement: SFAW-32T-TG12-E-PNLK-PNVBA-M12 (8036872) – extra letter T in the model code.

1. モデルコードの内訳

1. 主な技術仕様

Fluid Parameters

Measuring principle: Vortex shedding

測定範囲: 1.8 … 32 L/分, unidirectional flow P1→P2

使用圧力: 0～12 bar; 最大. 12 bar @ 40℃, 最大. 6 bar @ 90℃

Burst test pressure: 40 バー

Suitable media: Water, neutral low-viscosity liquids; kinematic viscosity ≤1.8 mm²/s

Medium temperature: 0 … +90 ℃

周囲温度: 0 … +50 ℃

電気仕様

電源: 直流 18 … 30 V, 逆極性保護

IOリンク: V1.1, COM2 (38.4kBaud), SIO mode supported, minimum cycle time 5ms

出力構成:

1. OUT1: PNP/NPN configurable, switch point/window comparison, NO/NC programmable
2. OUT2: Selectable digital output or analogue output (4–20mA / 0–10V / 1–5V)

マックス. load per digital output: 100 ミリアンペア

保護クラス: IP65

Wetted materials: PA6T/6I; ハウジング: reinforced PA

重さ: 約. 400 g

認証: CE, cULus, UKCA, RoHS, LABS-compliant (suitable for oil-free systems)

Ⅲ. M12 5-Pin Pin Assignment (A-coded)

1. Pin1: +24ワシントンDCで (パワーポジティブ)
2. Pin2: OUT2 (デジタル / Analogue Output)
3. Pin3: 0V GND (パワーネガティブ)
4. Pin4: OUT1 / IO-Link communication line
5. Pin5: Not assigned

> Under IO-Link mode, Pin4 serves as main communication channel; under SIO mode, Pin4 acts as digital switching output.

1. 代表的な用途

Pure water cooling circuits, machine tool cooling systems, washing equipment, auxiliary hydraulic cooling, neutral fluid monitoring in food industry, flow totalisation measurement.

1. 選択 & 交換ガイドライン
2. If medium temperature measurement is required → Upgrade to 8036872 SFAW-32T-TG12-E-PNLK-PNVBA-M12
3. For NPT/Rc thread connections, modify the TGxx segment in model code
4. If only two digital outputs are needed without analogue signal, select simplified output variants to reduce cost
5. Same housing higher flow variant: SFAW-100 (5～100 L/min)
6. Important Risk Warnings

Reverse fluid flow is strictly prohibited, flow direction must be P1→P2; reverse flow will damage the measuring element

Media must be free of solid particles; filter installation upstream is recommended

Maintain straight pipe sections before and after sensor for measurement accuracy (upstream ≥5×DN, downstream ≥3×DN)

Digital output and analogue output cannot be activated simultaneously on OUT2; mode selection must be set via menu

パーティー SFAW-32-TG12-E-PNLK-PNVBA-M12 (部品番号. 8036871) 設置寸法

> SFAW-32 (without temperature) and SFAW-32T (with temperature) share identical outer dimensions; TG12 = G1/2 internal thread version

1. Key Overall Dimensions (ユニット: mm)
2. Centre-to-centre distance of process ports (pipe mounting length)

L = 73.2 mm (P1 inlet G1/2 internal thread ↔ P2 outlet G1/2 internal thread)

2. Valve body width (excluding display): 50 mm
3. Maximum overall height (valve bottom to top of display): 92 mm
4. Maximum overall depth (rear valve surface to display buttons): 61.2 mm
5. Process thread specification: Both ends G1/2 internal thread (TG12)
6. Bracket Mounting Hole Layout (for optional mounting bracket)

> Mounting holes arranged in rectangle: 50 × 35 mm, fixed with 4 × M5 screws.

Ⅲ. Clearance Requirement for Electrical Connection

M12×1 A-coded 5-pin straight connector extends horizontally outwards from the side of the display

Recommended minimum clearance ≥35 mm on connector side for easy plug mating and removal

Display supports ±90° rotation for flexible readout orientation in cabinet layout

1. Mandatory Straight Pipe Requirements for Accuracy

Upstream (inlet side) straight pipe: ≥5×DN15 ≈75 mm

Downstream (outlet side) straight pipe: ≥3×DN15 ≈45 mm

Do not install immediately adjacent to elbows, tees, ball valves or reducers;

Flow direction P1→P2 only; reverse installation forbidden.

1. 重さ

Net weight: 400 g

1. Layout Design Notes
2. Process ports are G1/2 internal thread; reserve wrench clearance when fitting male thread adapters
3. The display is rotatable; reserve minimum 8 mm clearance on all sides if cabinet cutout is planned
4. Max medium temperature reaches 90℃; arrange proper heat resistance for surrounding cables and seals