| SPECIFICATIONS |
PARAMETERS |
| Model No. |
DR-VE1 |
DR-VE2 |
| Dimension(LxWxH)(mm) |
185*108*125 |
153*183*159 |
| Gel size (mm) |
83*73 |
83*73 |
| Comb Specifications |
1.0mm :11 teeth
1.5mm: 11 teeth |
1.0mm: 11 teeth/ 15teeth
1.5mm: 11 teeth/ 15teeth
0.75mm: 11 teeth/15teeth |
| Maximum Buffer Capacity |
0.5L |
1.6 L |
| Number of Gels |
1-2 |
1-4 |
WESTERN BLOT ASSEMBLY:
| SPECIFICATIONS |
PARAMETERS |
| Model No. |
DR-VE1 |
DR-VE2 |
| Number of Gels |
1-2 |
1-4 |
| Dimension (LxWxH)(mm) |
185*108*125 |
153*183*159 |
| Transfer size (mm) |
70*90 |
70*90mm |
| Buffer volume |
0.5L |
1.6L |
POWER PACK
The Power Pack DR Labs is an advanced rectifier device designed to convert alternating current (AC) to direct current (DC) for high-precision applications. Its versatile design supports constant voltage and current control, making it an ideal solution for a wide range of laboratory experiments such as nucleic acid gel electrophoresis, protein gel electrophoresis, Western blotting, and protein transfer. This device is widely used in biological and medical fields for precise, stable, and reliable performance.
TECHNICAL SPECIFICATIONS:
| Input Power Supply: |
180V-240V |
| AC Frequency: |
50Hz/60Hz |
| Ambient Temperature: |
4°C to 40°C |
| Environmental Humidity: |
10%-70% |
| OUTPUT RANGE: |
| Voltage: |
6V-600V (accuracy 1V) |
| CONTROL ACCURACY: |
| Voltage Setting: |
<100V voltage stability accuracy: <1V
>100V voltage stability accuracy: <±1% |
| CURRENT SETTING: |
| CURRENT SETTING: |
<100mA current stability accuracy: <1mA
>100mA current stability accuracy: <±1% |
| Rated Output Power: |
300W |
| Dimensions: |
265mm (L) x 215mm (W) x 120mm (H) |
| Output Quantity: |
Positive, negative A/B four groups. |
| WORKING MODES: |
| Constant Voltage (U Mode): |
Default mode, ensures constant voltage during operation. |
| Constant Current (I Mode): |
Provides stable current control for sensitive applications. |
| Gradient Voltage/Current (Gradient U/I Mode): |
Allows setting of three different voltage or current segments for more complex protocols. |
