Sanotac TS0530 High-Temperature & High-Pressure Constant Flow Pump

Overview

The Sanotac TS0530 is an engineered high-temperature, high-pressure constant flow pump designed for precision fluid delivery in demanding laboratory and pilot-scale process environments. It operates on a dual-piston parallel drive architecture with floating piston technology—ensuring mechanical stability, minimized wear, and long-term volumetric fidelity under sustained thermal and hydraulic loads. Unlike conventional ambient-rated peristaltic or syringe pumps, the TS0530 integrates active, zone-specific thermal regulation across the entire fluid path: inlet, pump chamber, and outlet. This ensures thermal homogeneity of the delivered sample—critical for temperature-sensitive reactions (e.g., catalytic hydrogenation, polymerization kinetics, supercritical fluid processing) where viscosity drift or premature decomposition must be avoided. Its maximum operational envelope—30 MPa pressure and 100 °C fluid temperature—is validated for continuous duty, not intermittent burst operation, making it suitable for integration into closed-loop reaction systems, high-pressure chromatography manifolds, and automated synthesis platforms requiring thermally stable metering.

Key Features

• Zone-controlled thermal management: Independent heating zones for inlet, pump head, and outlet maintain uniform fluid temperature (±1 °C accuracy) across the full flow path.
• Dual-piston parallel drive with floating piston design: Reduces mechanical hysteresis, enhances seal longevity, and delivers low pulsation (<0.2 MPa) even at maximum pressure and flow.
• Volumetric and gravimetric delivery modes: Supports both volume-based programming and real-time mass-flow calibration via external balance integration.
• Multi-point flow calibration and cam-profile compensation: Enables user-executed flow curve correction across the full 0.01–50.00 mL/min range to account for system compressibility and viscosity-dependent slip.
• Real-time pressure–flow trajectory monitoring: Graphical display of dynamic pressure and flow response during ramped or step-change operations.
• Industrial-grade communication suite: Native support for RS232/RS485 serial interfaces, Modbus RTU protocol, digital I/O (start/stop, fault signaling), and optional Ethernet/WiFi modules for SCADA, DCS, or PLC-level integration.

Sample Compatibility & Compliance

The TS0530’s wetted path is constructed exclusively from chemically inert, high-strength materials: ASTM A276 316L stainless steel for structural integrity; ruby sapphire for valve seats and check components; PTFE and PEEK for seals and gaskets; and technical ceramics for critical bearing surfaces. This material set ensures compatibility with aggressive solvents (e.g., concentrated acids, halogenated organics), high-boiling-point reagents (e.g., glycols, molten salts), and particulate-laden slurries up to 5 µm median particle size. The pump meets CE marking requirements for electromagnetic compatibility (EN 61326-1) and low-voltage safety (EN 61010-1). Its firmware architecture supports audit-trail logging and user-access control levels—enabling alignment with GLP and GMP documentation workflows. While not FDA 21 CFR Part 11–certified out-of-the-box, its data export capabilities (CSV, timestamped binary logs) and configurable event logging facilitate validation under internal SOPs.

Software & Data Management

The TS0530 operates autonomously via its embedded 256×64 pixel backlit LCD interface but is fully programmable via PC-based configuration software (Windows/Linux compatible). The software enables remote parameter setting, multi-segment gradient programming (flow, pressure, temperature ramps), and real-time acquisition of synchronized pressure–flow–temperature time-series data. All communication events—including command receipt, execution status, alarm triggers, and calibration updates—are timestamped and stored locally in non-volatile memory. Data export supports CSV and HDF5 formats for downstream analysis in MATLAB, Python (Pandas), or LabVIEW. For enterprise deployment, the pump supports OPC UA server mode (via optional gateway module), enabling native interoperability with Siemens SIMATIC, Rockwell FactoryTalk, or Schneider EcoStruxure systems.

Applications

• Catalytic reaction engineering: Precise co-injection of catalysts and substrates into high-pressure autoclaves (e.g., Fischer–Tropsch, hydrodesulfurization).
• Advanced materials synthesis: Controlled addition of monomers and initiators in high-temperature polycondensation or sol-gel processes.
• Green chemistry R&D: Metering of supercritical CO₂–organic solvent mixtures in extraction and impregnation systems.
• Electrochemical flow cells: Stable electrolyte delivery under elevated temperature and backpressure for battery electrolyte screening.
• Pharmaceutical process development: Robust reagent dosing in continuous API crystallization and hot-melt extrusion trials.
• Geochemical simulation: Long-duration fluid injection into high-pressure, high-temperature rock core flooding apparatuses (up to 100 °C, 30 MPa).

FAQ

What is the maximum continuous operating temperature for the fluid path?
The pump is rated for continuous fluid temperatures up to 100 °C, verified across all wetted zones including inlet tubing, pump head cavity, and outlet manifold.
Can the TS0530 be integrated into a Modbus-based industrial control network?
Yes—it features native RS485 hardware and implements Modbus RTU protocol with configurable slave ID, baud rate (9.6–115.2 kbps), and register mapping for seamless integration into existing Modbus master systems.
Is flow calibration traceable to national standards?
Users may perform multi-point volumetric calibration using NIST-traceable flow meters or certified gravimetric standards; the pump stores calibration coefficients with date/time stamps and operator ID fields.
Does the pump support gradient elution profiles similar to HPLC systems?
Yes—the embedded controller supports up to 16-step flow/pressure/temperature programs with linear or step-wise transitions, with dwell volume compensated via pre-programmed delay offsets.
What maintenance intervals are recommended for continuous 24/7 operation?
Under continuous 30 MPa / 100 °C operation, piston seals and check valves require inspection every 500 hours; full preventive maintenance—including lubrication of camshaft bearings and thermal insulation integrity check—is recommended every 2,000 operating hours.