Titan OG5 Oval Gear - SS 316 - BSP P - 50 bar
Titan OG5 Oval Gear - SS 316 - BSP P - 50 bar
Ships in ~4 weeks
The Titan OG5 Oval Gear Flow Meter is a positive-displacement meter for oils, viscous liquids, batching, and OEM flow measurement. The 316 stainless steel body provides a durable wetted construction option while the oval-gear measuring principle delivers repeatable pulse output without upstream flow conditioning.
Features
- Positive-displacement oval-gear measuring principle
- Low pressure drop with no upstream flow conditioning required
- Individual calibration
- 0.1% repeatability
- Hall-effect, reed-switch, and NAMUR sensor options
- High-viscosity configurations available; for viscosities above 1000 cSt, specially cut gears are required and the usable flow range is reduced
- Hazardous-area sensor options available where applicable
Technical Specifications
- Body material: 316 stainless steel
- Standard flow range on 30 cSt oil: 0.5–100 L/min
- Standard flow range on water-like liquids: 4–100 L/min
- Standard process fitting size: 1 in
- Approximate K-factor: 78 pulses/L for the standard model
- Output: Pulse; detector and electrical output depend on the selected sensor configuration
- Pressure and temperature limits: Depend on body, seal, sensor, and selected pressure/temperature configuration
- Selected process thread: BSPP
- Selected pressure configuration: 50 bar
Typical Applications
- Lubrication and hydraulic oils
- Engine and component test systems
- Batching and additive dosing
- High-viscosity liquid measurement
- OEM equipment and process skids
- Compatible chemical service after wetted-material and seal compatibility are confirmed
Configuration Options
This product is configured with 316 stainless steel body, BSPP process thread and 50 bar pressure configuration. Select the remaining temperature, seal, and sensor/configuration options required for the application. Confirm the operating limits of the exact selected part number before installation.
Need help selecting the right configuration? Send us the liquid, minimum and maximum flow, viscosity, pressure, temperature, and connection requirements.