High Speed Shaker Incubator LZ-HS1

Name: High Speed Shaker Incubator LZ-HS1
Brand: Labozon.com
Rating: 4.9 (822 reviews)

LZ-HS1 High Speed Incubator Shaker is built to be stacked on the floor without compromising the output. These are designed to maintain temperature from 4°C to 60°C, usually have operating timing function 0 to 999.9 hours with oscillating transition band range of 30 to 1000 rpm 350 rpm with built-in UV sterilization system along with integrated fan to reduce the background heat and save energy. It operate with high precision speeds for laboratory high throughput culture.

Specifications Features Applications Catalog Enquiry

Specifications

Control Interface	Push-button LED display
Oscillating Transition Band Range	30 to 1000 rpm
Speed Control Accuracy	1 rpm
Amplitude	3 mm
Temperature Control Mode	PID control mode
Temperature Control Range	4°C to 60°C
Temperature Display Resolution	0.1°C
Temperature Fluctuation	±0.1°C
Temperature Field Uniformity	±0.5°C
Heating Power	550 W
Cooling Power	250 W
Timing Function	0 to 999.9 hours
Bracket Size	590x465 mm
Maximum Carrying Capacity	35 kg
Dimensions	Single layer : 1000x720x615 mm, Double layer : 1000x720x1220 mm, Three layer : 1000x720x1825 mm
Cabin Volume	160 L
Illumination	FI lamp tube ; 30W
UV Sterilization	Built-in
Working Environment Temperature	5°C to 40°C
Power Supply	220-240V/50-60Hz
Weight	Single layer 145 kg

Features

Push button LED display Double glass door ensuring heat insulation and safety Low noise operation
Door heating function prevents the glass door from fogging
Intuitive control and easy to operate
Built-in push pull type shading curtain
Smart phone remote monitoring function
Real-time view of running status of the machine
Built-in UV sterilization system
Odor free adhesive plate material and environmental safety
Frosted stainless steel arc angle integrated cavity
Easy to clean and maintain
Integrated fan greatly reduces background heat and saves energy
Water-proof design of inner cavity for easy cleaning
Flexible placement mode, super imposed to 3 layers with effective saving of placement space