Overhead Stirrer LBN-OS124
www.labnic.com |
[email protected]
Overview Overhead
Stirrer LBN-OS124 is a high-performance
uniquely with safety stall
or
overload
circuits, which stops conditions,
producing
component,
functioning constant
in case speed
designed of anti-
even
with
the change in viscosities of the samples. It produces smooth operation offering a speed range of 50 to 2200 rpm, preventing accidental spillage, and splashing of sample solution during the operation. The device automatically restarts in case of power loss helps for overnight operations.
Specifications : Speed Range
50 to 2200 rpm
Maximum Stirring Quantity [H2O]
20 L
Speed Display Accuracy
–3 rpm
Speed Display
LCD
Motor Type
Brushless DC motor
Ambient Temperature
5 to 40 °C
Humidity
80 %RH
Maximum Torque
40 Ncm
Maximum Viscosity
10000 mPas
Chuck Range Diameter
0.5 to 10 mm
Data Connector
RS232
Overload Protection Display
LED lights
Power
70 W
Motor Input Power
60 W
Motor Output Power
50 W
Voltage
100 to 240 V, 50/60 Hz
Dimension [W×D×H]
83×220×186 mm
Weight
2.8 kg
Features : It has high reliability and outstanding performance Designed with an LCD for precise monitoring of set and actual speeds, a wide range of speeds from 50 to 2200 rpm with control accuracy of –3rpm Equipped with Brushless DC motor for long life, maintenance-free and explosionproof, torque trend display for real-time information on viscosity change Featured with safety circuits, in case of anti-stall or overload conditions the device automatically stops functioning Smooth operation prevents accidental spillage and splashing of sample solution Even with the change in viscosities of the samples it maintains constant speed Can be connected to PC for remote operation and data transmission Adopts auto-restart function in case of power loss for overnight operations
Applications : Overhead Stirrer are mainly used for mixing, homogenizing, suspending, and recirculating large volumes or high-viscosity substances.
Labnic Scientific USA Email:
[email protected] | Website: www.labnic.com
