Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug

The Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug is engineered for precise and reliable shaking in laboratory environments. Designed to accommodate a variety of sample types, this shaker offers a temperature range from ambient +5°C to 65°C, ensuring optimal conditions for applications such as immunoassays, hybridizations, cell cultures, bacterial and yeast cultures, ELISA assays, PCR, and enzyme reactions.

Key Features:

• Brand: Ohaus
• Speed Range: LED displays for temperature, speed, and time
• Timed Operation: Timer with audible alarm
• Temperature Control: Calibration mode for temperature
• Operating Temperature: Microprocessor control with PID temperature controller
• Brushless Motor: Triple eccentric drive with brushless DC motor for smooth shaking
• Temperature Range: Temperature calibration mode
• Safety Details: Overload protection and spill-resistant design
• Construction Material: Speed ramping feature for gradual acceleration
• Safety Alerts: Audible alarm for timer completion and alerts
• Material: Cast aluminum housing with polycarbonate lid (opaque lid option for light-sensitive samples)
• Load Capacity: Safety features include overload protection and caution hot indicator
• Certifications: CE, TÜV
• Tray dimensions: 27.9 cm x 19.7 cm
• Maximum capacity: 3.6 kg
• Operating Speed: 100 rpm – 1200 rpm
• Orbit diameter: 3 mm
• Control type: Digital with LED display
• Timer: 1 second to 160 hours
• Power supply: 230V, 50/60Hz (EU plug)

Scope of Supply:

• ISLD04HDG: Shaking Incubator including built-in tray and lid
• MPHDG: Shaking incubators including built-in tray for microplates, deep-well plates, or micro-tubes and lid
• MPHDGL: As MPHDG, but with opaque lid for light-sensitive samples

This incubating shaker is an essential tool for laboratories requiring efficient and uniform heating and shaking of various sample types.

Frequently Asked Questions

1. What is the Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug used for?

It is engineered for precise and reliable shaking in laboratory environments. Designed to accommodate a variety of sample types, this shaker offers a temperature range from ambient +5°C to 65°C, ensuring optimal conditions for applications such as immunoassays, hybridizations, cell cultures, bacterial and yeast cultures, ELISA assays, PCR, and enzyme reactions.

2. Is the Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug suitable for controlled agitation of compatible laboratory vessels and sample loads?

Yes. It is designed for controlled agitation of compatible laboratory vessels and sample loads, and offers tray dimensions of 27.9 cm x 19.7 cm and a maximum capacity of 3.6 kg to support this kind of work.

3. What tray dimensions and maximum capacity does the Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug have?

It has tray dimensions of 27.9 cm x 19.7 cm, a maximum capacity of 3.6 kg and a speed range of 100 rpm – 1200 rpm, and is supplied under manufacturer part number 30391919.

4. What is the Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug made from and what features does it include?

It is made from cast aluminum housing with polycarbonate lid (opaque lid option for light-sensitive samples). It also offers LED displays for temperature, speed, and time, timer with audible alarm and calibration mode for temperature.

5. How does the Ohaus Light Duty Incubating Shaker ISLD04HDG Digital, EU Plug compare with the IKA Microtiter Shaker MTS 2/4 Digital S 3 with Swiss Plug 230 V, 50/60 Hz from IKA?

For controlled agitation of compatible laboratory vessels and sample loads, the Ohaus model is the better choice, offering tray dimensions of 27.9 cm x 19.7 cm, a maximum capacity of 3.6 kg and a speed range of 100 rpm – 1200 rpm. The IKA model offers a voltage of 230 V and a frequency of 50/60 Hz as an alternative, while the Ohaus model's LED displays for temperature, speed, and time and timer with audible alarm help make it a strong fit for controlled agitation of compatible laboratory vessels and sample loads.