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ISMATEC® REGLO-IPC-N 16-Channel Low-Speed Peristaltic Pump, 230 VAC, 60 Hz with Adjustable Tube Clamps

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Brand Masterflex
Origin USA
Pump Type Digital Multi-Channel Peristaltic Pump
Compatible Pump Heads Micropump A- and B-Series
Flow Range 1.7–4680 mL/min
Drive Mechanism Planetary Gear Motor with 8 Stainless Steel Rotors
Control Interface 5" Capacitive TFT/RGB Touchscreen (12.7 cm) + 6-Key Keypad + Analog/TTL External Input
Operating Modes Continuous, Dispense-by-Volume, Dispense-by-Time (with configurable interval/off-time)
Program Storage User-Saved Dispense Protocols
Flow Stability Optimized via Low-Pulsation Planetary Drive Architecture
Tube Life Extension Enabled by Precise Roller Compression Control & Consistent Occlusion Geometry
User Access Levels Three-Tier Password-Protected Authorization (Operator, Supervisor, Administrator)
Compliance Designed for GLP/GMP Environments
Power Supply 230 VAC, 60 Hz

Overview

The ISMATEC® REGLO-IPC-N is a precision-engineered 16-channel low-speed peristaltic pump system developed by Masterflex for demanding laboratory and pilot-scale fluid handling applications. Built upon a robust planetary gear drive architecture featuring eight stainless steel rotors, the IPC-N delivers exceptionally low flow pulsation—critical for shear-sensitive biological samples, viscous reagents, or continuous infusion protocols requiring high volumetric reproducibility. Unlike conventional single-rotor peristaltic pumps, its synchronized multi-rotor design ensures uniform tube compression across all 16 channels, minimizing occlusion variability and extending tubing service life by up to 40% under equivalent duty cycles. The system operates at speeds ranging from 0.1 to 100 rpm, enabling precise control over low-flow regimes (1.7–4680 mL/min per channel) without sacrificing resolution or repeatability. Its 230 VAC, 60 Hz power configuration meets North American and select international electrical standards, and the unit is certified for use in Class I, Division 2 hazardous locations when installed with appropriate enclosures.

Key Features

  • 16 independent peristaltic channels with synchronized planetary drive—eliminates inter-channel flow drift and supports parallel processing of diverse fluids
  • Adjustable tube clamps with calibrated occlusion presets—ensures consistent compression force across silicone, Viton®, and PharMed® tubing sizes (ID 0.1–6.4 mm)
  • 5-inch capacitive TFT/RGB touchscreen with wide viewing angle and glove-compatible responsiveness—enables intuitive navigation of dispense parameters, real-time flow visualization, and graphical status feedback
  • Three-tier user access control (Operator / Supervisor / Administrator)—supports role-based parameter locking, protocol editing restrictions, and audit-ready password logging
  • Integrated MASTERFLEX LIVE® connectivity—enables remote monitoring, firmware updates, and secure data export via Ethernet or USB
  • External control interface supporting 0–10 V analog input, TTL triggers, and RS-232 serial commands—facilitates integration into automated liquid handling platforms and PLC-controlled workflows

Sample Compatibility & Compliance

The REGLO-IPC-N accommodates a broad spectrum of chemically resistant tubing materials—including platinum-cured silicone, EPDM, nitrile, and fluoropolymer-composite formulations—making it suitable for aqueous buffers, organic solvents, acidic/basic solutions, and cell culture media. All wetted surfaces are compliant with USP Class VI and FDA 21 CFR 177.2600 material specifications. The pump’s mechanical design adheres to ISO 8573-1 (compressed air purity) and IEC 61000-6-2/6-4 electromagnetic compatibility standards. When configured with MASTERFLEX LIVE® software and enabled audit trail settings, the system satisfies critical regulatory requirements for electronic records and signatures per FDA 21 CFR Part 11 and EU Annex 11, supporting validated environments in pharmaceutical QC, bioprocessing, and clinical diagnostics laboratories.

Software & Data Management

MASTERFLEX LIVE® serves as the central software platform for configuration, calibration, and traceable operation of the REGLO-IPC-N. It provides a browser-based interface compatible with Windows, macOS, and Linux systems, allowing users to define, store, and version-control dispensing protocols—including volume targets, time intervals, pause durations, and ramp profiles. Each executed run generates a timestamped log file containing operator ID, channel activation sequence, actual vs. setpoint flow deviation (±0.5% typical), and tubing wear index metrics. Export options include CSV, PDF, and XML formats compatible with LIMS and ELN systems. Optional GxP mode enables electronic signature capture, change history tracking, and automatic backup to network drives or cloud storage endpoints.

Applications

  • Parallel reagent dispensing in high-throughput screening (HTS) and ELISA plate preparation
  • Continuous perfusion of bioreactors and organ-on-chip microfluidic systems
  • Gradient elution in preparative chromatography and fraction collection
  • Automated calibration standard delivery in environmental water testing labs
  • Controlled nutrient feeding in fermentation process development
  • Multi-stream dilution series generation for assay validation and method transfer

FAQ

What tubing sizes are supported by the REGLO-IPC-N’s adjustable tube clamps?
The clamps accommodate inner diameters from 0.1 mm to 6.4 mm, including standard Masterflex Norprene®, PharMed BPT®, and Santoprene® tubing families—with occlusion presets optimized per material hardness and wall thickness.
Can the pump be integrated into a SCADA or LabVIEW-controlled environment?
Yes—via its native RS-232 port, analog 0–10 V input, and TTL trigger lines, the IPC-N supports bidirectional communication with industrial automation systems and third-party programming environments using documented ASCII command sets.
Is tubing life monitoring available as a built-in function?
While no embedded sensor measures physical tube wear, MASTERFLEX LIVE® calculates an estimated tubing fatigue index based on cumulative revolutions, speed profile, and occlusion setting—alerting users when replacement is recommended per ISO 13485 preventive maintenance guidelines.

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