IKA Shaker Reciprocating HS 260 control NOL

IKA Reciprocating Shaker HS 260 control NOL – Precision and Reliability for Laboratory Mixing

The IKA HS 260 control NOL is a high-performance reciprocating shaker designed for laboratory applications requiring precise, long-duration shaking. Equipped with a clear LED display, RS 232 interface, and an extended timer range, this shaker provides optimal control for sensitive scientific processes.

Features

1. Reciprocating motion with a 20 mm amplitude for thorough and consistent mixing

2. Adjustable speed range from 10 to 300 rpm with high accuracy and stability

3. LED display for real-time monitoring of speed and time settings

4. Digital timer up to 5999 minutes for long-term operation

5. Compatible with automation systems via RS 232 interface and analog output

6. Rugged design with 100% duty cycle for continuous operation

Applications

1. Hybridization procedures in molecular biology research

2. Gel staining and washing in biochemical laboratories

3. Uniform mixing of culture media in microbiology

4. Stability testing in pharmaceutical industries

5. Extraction and dissolution processes in analytical chemistry

6. Automation support for high-throughput scientific workflows

Specifications

• Motion type: Reciprocating

• Shaking diameter: 20 mm

• Max permissible shaking weight (incl. attachments): 7.5 kg

• Motor rating input: 45 W

• Motor rating output: 10 W

• Permissible ON time: 100%

• Speed range: 10 – 300 rpm

• Speed display: LED

• Timer: Yes

• Time display: LED

• Timer setting range: 1 – 5999 min

• Operating modes: Timer and continuous mode

• Dimensions (W × H × D): 360 × 100 × 420 mm

• Weight: 8.8 kg

• Permissible ambient temperature: 5 – 50 °C

• Permissible relative humidity: ≤ 80%

• Protection class (DIN EN 60529): IP 21

• RS 232 interface: Yes

• Analog output: Yes

• Voltage: 220 – 240 V

• Frequency: 50/60 Hz

• Power input: 45 W

Conclusion

The IKA HS 260 control NOL is a robust and flexible reciprocating shaker, ideal for laboratories requiring precision, digital control, and compatibility with automated systems. Its reliable performance and versatile applications make it a valuable asset for research and industrial environments alike.