The KIRSCH LABO 126 Laboratory Refrigerator complies with DIN 13277 and is suitable for the reliable cooling of laboratory samples. It is equipped with PRO-ACTIVE control, which ensures permanent and proactive monitoring of the performance data. Two standard PT-1000 sensors also enable precise temperature regulation, which is protected against tampering by a key switch. The current cooling status can be viewed and checked anytime via the digital temperature display. An integrated minimum and maximum temperature memory, on the other hand, makes it easier for the technical staff to document this data. They can be read via USB interface using a USB stick and KIRSCH Datanet software.
An efficient recirculating air-cooling system ensures an even temperature inside the refrigerator and a low temperature gradient from storage location to storage location. This guarantees that the laboratory samples are stored at a constant temperature. In the event of malfunctions or power failures, a visual and acoustic alarm signal indicates the malfunctions in the cooling system. It is also possible to set up alarm forwarding via a potential-free contact to be informed of alarms anywhere. A rechargeable battery keeps the monitoring unit in operation for approx. 30 hours even in the event of a power failure.
Product Details
KIRSCH Laboratory Refrigerator LABO 126
Equipped with PRO-ACTIVE control
Ensures permanent monitoring of all performance data
Precise temperature regulation thanks to two PT-1000 sensors
Control protected against tampering by key switch
Energy-saving insulation (50 mm thick)
Even temperature control thanks to convection cooling
Lockable door with exchangeable magnetic sealing frame
Interchangeable door hinge (right-hand hinge as standard)
Automatic defrosting and melt water evaporation
Alarm also in case of power failure ( visual & acoustic)
Monitoring unit remains in operation for approx. 30 h in an emergency due to rechargeable battery
Door opening alarm after 60 seconds
With minimum/maximum temperature memory
Data readable via USB interface
Potential-free contact for connection to a remote warning system
