BINDER Constant Climate Chamber, KBF PRO 130-230V, With Extended Temperature And Humidity Range

BINDER Constant Climate Chamber, KBF PRO 130-230V, With Extended Temperature And Humidity Range provides precise environmental control for reliable material testing, stability studies, and long-term climate simulations. Featuring APT.line preheating chamber technology, it ensures even temperature and humidity distribution throughout the chamber. The responsive steam humidification system, combined with a capacitive humidity sensor, maintains consistent conditions. Equipped with an inverter cooling unit that uses the eco-friendly refrigerant R-290, this model offers superior energy efficiency. Its stainless-steel chamber, telescopic racks, and safety-glass inner doors make it durable and easy to clean for daily laboratory use.

Key Features:

• Brand: BINDER
• Model: KBF PRO 130-230V
• Technology: APT.line preheating chamber for uniform temperature and humidity distribution
• Cooling System: Inverter cooling unit with R-290 climate-neutral refrigerant
• Humidity Control: Capacitive humidity sensor with responsive steam humidification
• Material: Stainless-steel inner chamber and telescopic racks; metal oxide-coated safety-glass inner doors
• Controller: Intuitive touchscreen with time-segment and real-time programming
• Safety: Class 3.3 independent temperature safety device (DIN 12880) with visual and acoustic alarms
• Connectivity: USB and Ethernet interfaces for data transfer and device monitoring
• Software: Includes BINDER Multi Management Software APT-COM Basic Edition
• Additional Features: Adjustable fan speed, door heating to prevent condensation, and internal data logger
• Design: Compact, stackable table-top design with ergonomic interface and reliable build quality

Note: Models 260, 470, and 720 can be optionally equipped with LED light modules for ICH photostability or plant-growth testing. Please order light modules separately.

The BINDER Constant Climate Chamber KBF PRO 130-230V is the ideal solution for laboratories seeking precise, energy-efficient, and long-term stability under extended temperature and humidity conditions.