BINDER Constant Climate Chamber, KBF PRO 260-230V, With Extended Temperature And Humidity Range

BINDER Constant Climate Chamber, KBF PRO 260-230V, With Extended Temperature And Humidity Range is designed for precise and reliable environmental simulation in material and stability testing applications. Featuring APT.line preheating chamber technology, it provides uniform temperature and humidity throughout the chamber. The capacitive humidity sensor with responsive steam humidification ensures consistent control, while the inverter cooling unit with the eco-friendly R-290 refrigerant delivers energy-efficient and sustainable performance. The durable stainless-steel interior, telescopic racks, and safety-glass inner doors guarantee long-term reliability and easy maintenance in laboratory environments.

Key Features:

• Brand: BINDER
• Model: KBF PRO 260-230V
• 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 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: Floor-standing model with ergonomic control terminal, signal triangle indicator, and robust casters with brakes

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 260-230V offers dependable, energy-efficient performance for ICH-compliant stability studies, pharmaceutical research, and industrial material testing.