Boante BAT600-ZDSS Intelligent Top-Mounted Illuminated Artificial Climate Chamber
| Brand | Boante |
|---|---|
| Model | BAT600-ZDSS |
| Origin | Hubei, China |
| Type | Custom-Size Artificial Climate Incubator for Plant Phenotyping and Gene Function Studies |
| Temperature Range | 5–45 °C (Control Accuracy ≤ ±0.2 °C |
| Humidity Range | 30–95 % RH (Control Accuracy ≤ ±5 % RH) |
| Lighting | Top-mounted LED array with full-spectrum white (350–800 nm), 660 nm red, 470 nm blue, and 720 nm far-red |
| spectral ratio configurable (e.g., R | B:W:FR = 5:2:2:1) |
| Control System | 15.6″ industrial touchscreen + PLC-based logic controller with embedded Chinese OS |
| Environmental Exchange | Programmable fresh-air intake via energy-recovery heat exchanger |
| Safety & Compliance | Over-temperature cut-off, compressor suction pressure regulation (0–480 psig), PTC auxiliary heating, IoT-enabled remote monitoring and control (edge-computed, no client software required), real-time curve logging (365-day history), GLP-ready audit trail capability (timestamped parameter changes, user logins, alarm events) |
Overview
The Boante BAT600-ZDSS Intelligent Top-Mounted Illuminated Artificial Climate Chamber is an engineered environmental simulation platform designed specifically for controlled-environment plant science—particularly in functional genomics, CRISPR-Cas phenotyping, photobiology, and developmental physiology studies. Unlike conventional incubators, this system integrates precision climatic control with biologically optimized spectral illumination and closed-loop environmental feedback architecture. Its core measurement and control paradigm relies on distributed sensor fusion (PT100 temperature probes, capacitive humidity sensors, quantum PAR meters, and pressure transducers), coupled with a deterministic PLC-based execution engine that ensures temporal fidelity in multi-variable climate trajectories. The chamber operates under a defined setpoint-driven control model compliant with ISO 17025 traceability principles for environmental test equipment, enabling reproducible experimental conditions across longitudinal trials.
Key Features
- Top-mounted, modular LED lighting system delivering calibrated photosynthetic photon flux density (PPFD) from 0–3000 μmol·m⁻²·s⁻¹, with real-time spectral validation via on-board spectroradiometric analysis (CCT, Ech-A, Ech-B, PAR, KPARv, and normalized spectral distribution).
- Multi-step environmental programming: 10 user-defined climate profiles, each supporting up to 720 time-stamped gradient steps (minimum 1-minute resolution), synchronized to internal RTC and exportable as CSV for protocol archiving.
- Thermal management architecture featuring magnetic-coupled proportional hot-gas bypass valves, variable-speed evaporator fan control, and PTC auxiliary heating activated above 35 °C—ensuring stable operation across the full 5–45 °C range with ≤±0.2 °C setpoint accuracy and ≤±0.5 °C spatial uniformity.
- Humidity control via integrated steam generator and desiccant-assisted dehumidification (optional), maintaining 30–95 % RH within ±5 % RH tolerance, validated per ASTM E2048-21 for humidity chamber performance testing.
- IoT-native control interface: Edge-computed remote access via standard HTTPS/TLS; no local software installation required; supports role-based authentication (admin/operator), parameter override lockout, and event-triggered notifications (email/SMS).
- Comprehensive system diagnostics dashboard: Real-time display of refrigerant pressures, evaporator superheat, valve actuation positions, fan RPM, cumulative lamp/fan/valve runtime, and alarm history with ISO 13485-aligned timestamping.
Sample Compatibility & Compliance
The BAT600-ZDSS accommodates standard plant growth vessels—including multi-tier hydroponic racks, petri dish arrays, and soil-filled rhizoboxes—within fully customizable internal dimensions. Its airflow design meets ASHRAE 180-2022 guidelines for uniform laminar circulation (velocity ≤ 0.3 m/s at sample level), minimizing boundary-layer thermal gradients. All materials in contact with the growth environment comply with USP Class VI biocompatibility standards. The system supports regulatory workflows aligned with FDA 21 CFR Part 11 (electronic records/signatures), EU Annex 11 (computerized system validation), and GLP Annexes for environmental test facilities. Optional UV-C or ozone sterilization modules enable decontamination cycles meeting ISO 14644-1 Class 5 cleanroom requirements between experiments.
Software & Data Management
The embedded control firmware implements a deterministic state-machine architecture with non-volatile parameter storage and cyclic redundancy-checked data logging. All operational data—including setpoints, sensor readings, actuator states, and user actions—are recorded at 1-second intervals and retained locally for 365 days. Historical curves are accessible via zoomable time-series plots directly on the 15.6″ touchscreen or remotely through a secure web portal. Export formats include CSV (for MATLAB/Python analysis), PDF (audit-ready reports), and JSON (API integration). The system supports OPC UA server functionality for integration into enterprise LIMS or MES platforms, and includes built-in validation documentation templates compliant with ICH GCP and OECD TG 208.
Applications
- CRISPR-Cas9 and TALEN-mediated gene editing phenotype screening under diurnal light/dark cycling and stress-condition gradients (drought, heat, high-light).
- Photomorphogenesis studies requiring precise R:FR ratios and dynamic spectral tuning to probe phytochrome signaling kinetics.
- Seed germination assays under standardized ISTA protocols, including accelerated aging simulations.
- Root architecture analysis using transparent rhizotrons under controlled PAR and spectral quality conditions.
- Pre-breeding trait evaluation in orphan crops under climate-scenario modeling (e.g., IPCC AR6 Representative Concentration Pathways translated into chamber profiles).
- Microbial-plant interaction studies where CO₂, O₂, and VOC levels are stabilized alongside temperature/humidity/light parameters.
FAQ
Does the BAT600-ZDSS support third-party sensor integration?
Yes—via Modbus RTU/TCP and analog 4–20 mA inputs, allowing connection of external CO₂ analyzers, soil moisture probes, or leaf temperature sensors.
Can climate profiles be exported and shared across multiple units?
Yes—profiles are stored in XML format and can be loaded onto other BAT600-ZDSS systems via USB or secure HTTP upload.
Is the lighting spectrum independently controllable per layer?
No—lighting is top-mounted and uniformly distributed across all tiers; however, intensity per layer can be modulated via zone-specific dimming if configured with optional multi-zone driver modules.
What validation documentation is provided with shipment?
Each unit ships with Factory Acceptance Test (FAT) report, IQ/OQ protocol templates, calibration certificates for all primary sensors (traceable to NIST), and a complete electrical safety compliance dossier (IEC 61010-1).
How is cybersecurity handled in the IoT mode?
All remote communications use TLS 1.3 encryption; device authentication employs X.509 certificates; firmware updates require signed packages verified by onboard secure boot ROM; no default passwords or open Telnet/SSH ports are enabled.
