TECHNICAL FEATURES
BRIGHT DISPLAY FOR EASY TO USE AND CLEAR VIEW
- Extra Bright Display for Easy Viewing
- Wide angle display for viewing from all sides of the scale
- Anti-Heat Dissipating LED with One Year Warranty
- Decimal Point to indicate stability of the weight on the platter
SMOOTH BUTTON SENSETIVITY
Effortless Interaction: Easy to press with minimal force.
Ergonomic Design: Comfortable shape for natural use.
Premium Feel: High-quality, luxurious texture.
Tactile Feedback: Soft click or vibration for confirmation.
Sleek Appearance: Clean, modern look that integrates well.
Durability: Long-lasting with wear resistance.
Easy Maintenance: Simple to clean and keep tidy.
Single Beam Technology
- Simultaneous measurement of both sample and reference beams.
- Increases accuracy by compensating for variations in light source intensity.
- Provides higher stability and consistent readings over time.
- Reduces measurement errors caused by sample imperfections.
- Ideal for applications requiring high levels of precision, such as analytical research.
- Improves repeatability by ensuring steady and reliable beam intensity.
- Ensures reliable performance across a wide wavelength range.
High-Precision Optical System
Single beam optical design for accurate measurements.
1200 lines/mm diffraction grating for precise wavelength separation.
Silicon photodiode detector for stable and sensitive detection.
Ideal for both UV and visible light spectrophotometry.
Provides reliable results in varied analytical tasks.
Suitable for routine laboratory work and basic testing.
Enhanced Data Accuracy
- Provides highly reproducible results with minimal variation.
- Advanced calibration techniques improve measurement precision.
- Compensates for environmental fluctuations, enhancing reliability.
- Equipped with noise reduction features to improve data quality.
- High-accuracy sensors ensure precise readings at both low and high concentrations.
- Suitable for complex and critical applications requiring absolute accuracy.
- Ensures data integrity for research, testing, and quality control purposes.
Video
FAQ
It’s a keypad‑type single beam spectrophotometer with LCD display for accurate UV‑Vis measurements.
Yes, it has a clear LCD screen for easy viewing of results and settings.
Yes. The simple keypad interface makes it user‑friendly for routine lab work.
Ideal for educational labs, industrial testing, water analysis, and routine research applications.
It uses a single beam optical system for reliable absorbance and transmittance measurements.
Yes — it supports quantitative photometric measurements for various samples.
Yes — data can be viewed on the LCD display and exported via USB/PC interface (if available).
Yes — easy lamp replacement is supported without complex optical realignment.
APPLICATIONS
OTHER DETAILS
Model | HSCE-SPM-KLS2A3 | HSCE-SPM-KLS2A5 | HSCE-SPM-KLS2A10 | HSCE-SPM-KLS2A532 | HSCE-SPM-KLS4A1032 |
Optical System | Single Beam, Grating 1200 lines/mm | ||||
Wavelength Range | 190-1100nm | 320-1100nm | 340-1050nm | ||
Spectral Bandwidth | 2 nm | 4nm | |||
Wavelength Accuracy | ±0.3 nm | ±0.5 nm | 1nm | ±0.5 nm | 1nm |
Wavelength Repeatability | <=0.1 nm | <=0.2 nm | <=0.1 nm | <=0.2 nm | |
Photometric Accuracy | 0.3%T | 0.5%T | 0.3%T | 0.5%T | |
Photometric Repeatability | 0.2%T | ||||
Photometric Range | 0-200%T, -0.3~3A, 0-9999C | ||||
Stray light | 0.05%T | 0.1%T | 0.15%T | 0.05%T | 0.15%T |
Stability | ±0.0001A/h |
±0.0002A/h @500nm | ±0.0001A/h | ±0.0002A/h | |
Baseline Flatness | ±0.002 A | ||||
Noise | ±0.001 A | ||||
Work Mode | T, A, C, E | ||||
Wavelength Setting | Auto | ||||
Display | 128*64 LCD | ||||
Light Source | Imported Deuterium & Tungsten lamp | Imported Tungsten lamp | |||
Detector | Imported Silicon Photodiode | ||||
Cuvette Holder | 10mm manual 4-cell holder | ||||
Output | USB, RS232 | ||||
Power | AC 110-220V 50-60Hz | ||||
Shipping Size | 700*580*340mm | ||||
Gross Weight | 20kg | ||||
Standard Accessaries | 10mm glass cuvette x 4, 10mm quartz cuvette x 2 (UV) , Power cord, User’s Manual , PC software (UV) | ||||
