Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug

The Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug is a Duomax from Heidolph Scientific. The Rocking shaker Duomax is suitable for the modular Incubator 1000 and is recommended for applications which require variable temperatures. With 2-dimensional tilting movement, suitable for petri dishes, culture bottles, erlenmeyer flasks and all standard vessels

Key Features:

• Brand: Heidolph Scientific
• Type: Duomax
• Temperature: An overtemperature sensor preventatively shuts off the unit in a dangerous heat-up situation, particularly valuable for you in case of continuous operation
• Specification: Insulated drive system prevents any heat-up coming from the motor and consequently thermal damage to your sample
• Speed: Designed with a low center of gravity which prevents gliding at high speed, even on a damp surface
• Design: Set and continuously adjust the variable speed on the analog control knob, suitable for all standard vessels
• Timer: An analog process timer (maximum. 120 minutes) allows for unattended operation. When the set time has elapsed, an acoustic alarm will sound and the operation stops

The Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug where this Duomax with An overtemperature sensor preventatively shuts off the unit in a dangerous heat-up situation, particularly valuable for you in case of continuous operation is required.

Frequently Asked Questions

1. What is the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug used for?

It is a Duomax from Heidolph Scientific. The Rocking shaker Duomax is suitable for the modular Incubator 1000 and is recommended for applications which require variable temperatures. With 2-dimensional tilting movement, suitable for petri dishes, culture bottles, erlenmeyer flasks and all standard vessels

2. Is the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug suitable for the modular Incubator 1000 and is recommended for applications which require variable temperatures?

Yes. It is designed for the modular Incubator 1000 and is recommended for applications which require variable temperatures, and offers duomax and an overtemperature sensor preventatively shuts off the unit in a dangerous heat-up situation, particularly valuable for you in case of continuous operation to support this kind of work.

3. What type and temperature does the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug have?

It has duomax, an overtemperature sensor preventatively shuts off the unit in a dangerous heat-up situation, particularly valuable for you in case of continuous operation and insulated drive system prevents any heat-up coming from the motor and consequently thermal damage to your sample, and is supplied under manufacturer part number 543-32210-02.

4. What speed and design does the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug offer?

It offers a low center of gravity which prevents gliding at high speed, even on a damp surface, set and continuously adjust the variable speed on the analog control knob, suitable for all standard vessels, an analog process timer (maximum. 120 minutes) allows for unattended operation. When the set time has elapsed, an acoustic alarm will sound and the operation stops and an analog process timer (max. 120 min) allows for unattended operation. When the set time has elapsed, an acoustic alarm will sound and the operation stops.

5. How does the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug compare with the Martin Kaiser Transitional Plug Black of Male with 2 Earthing Contact System to England Plug, Angle Construction with Fuse?

For labware accessories applications, the Heidolph Scientific, Duomax 1030 (10° Tilt Angle) CH-Plug is differentiated by specification Insulated drive system prevents any heat-up coming from the motor and consequently thermal damage to your sample. The Martin Kaiser Transitional Plug Black of Male with 2 Earthing Contact System to England Plug, Angle Construction with Fuse from Martin Kaiser is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.