JRY-ZL100 Multi-Function Distillation Apparatus

Overview

The JRY-ZL100 Multi-Function Distillation Apparatus is a benchtop, six-channel programmable distillation system engineered for standardized sample preparation in environmental, food safety, pharmaceutical, and academic laboratories. It operates on the principle of controlled thermal vaporization followed by condensation and quantitative collection—optimized for analyte isolation prior to downstream analysis (e.g., spectrophotometry, titration, or chromatography). Unlike conventional steam distillation units, the JRY-ZL100 employs far-infrared ceramic heating elements that deliver uniform radiant energy across each quartz glass distillation tube, minimizing localized overheating and ensuring reproducible volatilization kinetics. Its modular design supports method-specific configurations for cyanide, phenolic compounds, ammonia nitrogen, fluoride, volatile fatty acids, sulfur dioxide, formaldehyde, and ethanol—enabling compliance with multiple national standard protocols without hardware modification.

Key Features

• Six independent heating channels with individual temperature and timer control—eliminates cross-channel interference and enables heterogeneous sample batches.
• Far-infrared ceramic heating modules offering rapid thermal response (startup/cool-down 85%), and extended service life (>10,000 h).
• Precision endpoint detection via high-resolution mass sensing (±0.05 g) integrated into each receiving station; automatic heater shutoff upon reaching user-defined distillate mass.
• Intuitive LCD interface displaying real-time temperature, elapsed time, remaining time, and current channel status—no external PC required for basic operation.
• Flexible receiver compatibility: accommodates volumetric flasks (e.g., 100 mL, 250 mL), conical flasks, or custom glassware; adjustable tray height and positioning ensure secure alignment with condenser outlets.
• Robust quartz glass distillation assembly—including boiling flasks, condensers, and adapters—resistant to thermal shock, hydrolysis, and chemical corrosion from acidic, alkaline, or organic matrices.

Sample Compatibility & Compliance

The JRY-ZL100 is validated for use in regulatory-compliant workflows across water, soil/sediment, and food matrices. It fulfills instrumental requirements specified in GB/T 5750.5–2006 (cyanide and phenols in drinking water), HJ 537–2009 (ammonia nitrogen via distillation–titration), HJ 484–2009 and HJ 745–2015 (cyanide quantification), HJ 833–2017 (sulfide analysis), and GB 5009.34–2016 (SO₂ in foodstuffs). Its consistent heating profile and endpoint-controlled termination support GLP-aligned documentation practices. While not inherently 21 CFR Part 11 compliant, audit trails (timer logs, temperature setpoints, endpoint weights) can be manually recorded or exported via optional RS-232/USB interface for laboratory quality systems requiring traceability.

Software & Data Management

The base unit operates standalone with embedded firmware supporting parameter storage for up to 20 preconfigured methods. Optional PC software (Windows-compatible, USB-connected) enables remote monitoring, real-time data logging (temperature vs. time, mass accumulation), batch report generation (CSV/PDF), and electronic signature capture for QA/QC review. All logged events—including power-on sequence, heater activation, endpoint trigger, and error codes—are timestamped with millisecond resolution. Data export conforms to ISO/IEC 17025 documentation guidelines for method validation records.

Applications

• Environmental testing: Quantitative recovery of volatile analytes (e.g., CN⁻, C₆H₅OH, NH₃–N, F⁻, VFAs) from surface water, wastewater, groundwater, and leachates.
• Soil and solid waste analysis: Liberation of bound cyanide and sulfide species under controlled pH and temperature conditions per HJ 745–2015 and HJ 833–2017.
• Food and beverage quality control: Distillative separation of SO₂ from wine, juice, and dried fruits; formaldehyde extraction from starch-based products; ethanol concentration determination in alcoholic beverages (GB 5009.225–2016).
• Pharmaceutical excipient testing: Residual solvent removal and purity assessment of volatile organic carriers.
• Academic research: Method development for novel distillation-based separations, kinetic studies of thermal decomposition pathways, and inter-laboratory comparison exercises.

FAQ

Is the JRY-ZL100 compatible with non-aqueous solvents?
Yes—when used with chemically resistant quartz components and appropriate cooling capacity, it supports distillation of low-boiling organic solvents (e.g., acetone, methanol, dichloromethane) under controlled reflux conditions.
Can I integrate this system into an existing LIMS or ELN?
Via optional serial/USB communication module and provided SDK, raw instrument data (setpoints, timestamps, endpoint masses) can be parsed and ingested into third-party laboratory informatics platforms.
What maintenance is required for long-term reliability?
Routine cleaning of quartz surfaces with dilute nitric acid and deionized water; annual calibration verification of temperature sensors and mass transducers using NIST-traceable references.
Does the system include safety interlocks?
Yes—overtemperature cutoff (360 °C hard limit), dry-run detection (auto-shutdown if no liquid detected after 5 min heating), and chiller flow monitoring (heaters disable if coolant circulation fails).
Is technical support available outside China?
JRY provides English-language documentation, remote troubleshooting, and application engineering consultation; regional distributors offer local service contracts and spare parts logistics in APAC, EMEA, and LATAM markets.