Disintegration Tester LMDT-A101 is a double-basket working position system measuring the disintegration time limit. The instrument automatically controls the bath temperature at 37 ℃ and sets the lifting time of baskets in every 15 minutes. Over-temperature alarm protects and monitors the working. High-precision digital electronic sensor is adopted to ensure accurate functioning without the need for calibration.
Get Quote| Temperature Prefabrication Range | RT to 50 ℃, display resolution: 0.1 ℃ |
| Temperature Control Accuracy | ± 0.3 ℃ |
| Timing Prefabrication Range | 1 min to 900 mins |
| Time Control Accuracy | ± 0.5 min |
| Work Noise | < 60 dB |
| Number Of Lifting Baskets | 2 sets |
| Lifting Frequency of Basket | (30 to 31) times/ mins |
| Lifting Distance of Basket | (55 ±1) mm |
| Minimum Spacing from Screen to Beaker Bottom | 25 mm ±2 mm |
| Mesh Size | standard configuration 2mm, (optional for 0.425mm and 1mm bore diameters) |
| Power Supply | 220 V 50Hz |
| Dimensions (L × D × H) | 295 × 215 × 500 mm |
Double-basket working position system measures disintegration time limit
The 2 sets of baskets, which can conduct independent disintegration experiment respectively
It adopts the computer control technology which is centred on SCM to control two performance parameters including bath temperature and working time intelligently
Monitors bath temperature, give over-temperature alarm and protect itself automatically
Electronic temperature sensor can display and monitor various points in water bath case and the temperature in the beaker
Disintegration Tester performs one of the several important tests used for quality control in pharmaceutical industries and laboratories.
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Disintegration Tester LMDT-A101
The Disintegration Tester is a dual-basket workstation designed to measure disintegration time limits efficiently. This apparatus autonomously maintains the bath temperature at 37 ℃ and schedules basket lifting every 15 minutes. It also features an over-temperature alarm for safety and continuous monitoring during operation. The utilization of a high-precision digital electronic sensor guarantees precise functionality without necessitating frequent calibration.
