Vibro-Meter TQ412 111-412-000-013 A1-B6-E010-F0-G000-H05 Vibration Sensor

111-412-000-013 A1-B6-E010-F0-G000-H05

Linear span: 0 – 6 mm

Sensitivity: ≈ 1.33 mV/µm (voltage-mode) or ≈ 0.42 µA/µm (current-mode via conditioner)

Linearity: ≤ ± 1 % full scale (with matched conditioner)

Bandwidth: DC – 25 kHz (–3 dB)

Resolution: sub-micron displacement

Supply: –20 … –32 V DC from conditioner (≈ 15 mA draw)

Output impedance: ~ 500 Ω (voltage); drive ≤ 800 Ω (current)

Body: 50 mm length × 12 mm Ø; aluminum alloy housing (F0)

Mounting thread: M8 × 1 (E010)

Tip: Hardened-steel, flush-mounted

Cable: none integral; accommodates field-fit PTFE-insulated shielded coax (≤ 5 m per H05 spec)

Operating temperature: –30 °C … +150 °C

Storage temperature: –50 °C … +160 °C

Shock: 100 g, 1 ms half-sine; Vibration: ≤ 30 g, 5 Hz – 10 kHz

Pressure rating: up to 200 bar at probe face

Ingress protection: IP 67 at tip; IP 54 at cable entry

ATEX Zone 1 (Ex ia IIC T6)

CSA Class I, Div 1 Groups A B C D

IEC 60529 / CE / CENELEC

Ideal for applications with larger intended clearances or axial travel (e.g., thrust shafts, guide‐way wear).

DC–25 kHz bandwidth captures both slow shaft drift and high-frequency vibration with micron-level accuracy.

Aluminum body balances strength and reduced mass to minimize bearing load impact.

No factory cable—installers choose cable type, length, and terminations on-site to match panel layouts and environmental requirements.

Withstands 200 bar pressure, 100 g shock, 30 g vibration, and operates from –30 °C to +150 °C; IP 67 sealing at the sensing tip protects against immersion and contaminants.

Intrinsically safe approvals (with appropriate conditioners) allow direct use in explosive atmospheres.

Tracks up to 6 mm of axial shaft movement in steam-turbine thrust bearings; field-fit cable routes to remote conditioners in cooler, clean areas.

Measures heavy-dose wear on crane or mill guide shafts where allowable movement exceeds typical 2 mm spans; triggers maintenance alarms before excessive play develops.

Submerged or high-pressure pumps with significant rotor run-out; cable run from probe to conditioned rack ensures reliable monitoring without field junctions.

Hastelloy probe in corrosive headspace monitors shaft bow and high-frequency vibration; data drives automated ramp profiles to avoid blade rubs and weld fatigue.