Laboratory incubator KB ECO 1020
dryPeltier effectcooling

Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling
Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling
Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling - image - 2
Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling - image - 3
Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling - image - 4
Laboratory incubator - KB ECO 1020 - BINDER - dry / Peltier effect / cooling - image - 5
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Characteristics

Applications
laboratory
Convection
dry
Temperature control
Peltier effect, cooling
Other characteristics
programmable, digital
Temperature

Max.: 70 °C
(158 °F)

Min.: 0 °C
(32 °F)

Capacity

1,020 l
(269.46 gal)

Width

125 cm
(49.21 in)

Height

192.5 cm
(75.79 in)

Depth

114.9 cm
(45.24 in)

Description

Product description
The KB ECO cooling incubator uses thermoelectric (Peltier) cooling with patented heat dissipation to deliver high energy efficiency and low operational noise.

Benefits
  • Safe: unique condensate and dry-out protection for all operating conditions
  • Reliable: fail-safe operation via intelligent thermoelectric temperature control
  • Smart: programmable temperature profiles for alternating incubation and refrigeration
  • Economical: minimal energy consumption through optimized thermoelectric cooling


Important characteristics
  • Temperature range: 0 °C to +70 °C (max. 26 °C below ambient)
  • APT.line™ preheating chamber technology
  • Electronic temperature control via thermoelectric module with innovative heat dissipation
  • Inner door made of tempered safety glass
  • Interior chamber made completely of stainless steel; 2 stainless-steel racks (standard)
  • Adjustable condensate protection; access port with silicone plug Ø 30 mm
  • LCD display for temperature, status and alarms; internal data logger with USB export (open format)
  • Unit self-test and Ethernet computer interface


Technical data (key values)
Article Number: 9020-0425 / 9020-0428
Designation: KBECO1020-230V / KBECO1020UL-120V
Model: KB ECO 1020
Temperature range: 0...70 °C (max. 26 °C under ambient)
Uniformity / fluctuation at 37 °C: 0.1 ± K / 0.1 ± K
Max. heat compensation (40 °C): 500 W
Recovery time (door open 30 s at 37 °C): 4 min
Voltage: 200...230 V (9020-0425) / 100...120 V (9020-0428); 50/60 Hz
Nominal power: 1.3 kW; fuse: 16.0 A; single phase
Interior volume: 1,020 L; Interior W×H×D: 973×1,250×836 mm
Net dimensions W×H×D: 1,250×1,925×1,149 mm
Net weight (empty): 327 kg
Shelves (std./max.): 2/15; load per rack: 45 kg; permitted load: 150 kg
Doors: inner 2 / outer 2
Access port: silicone plug Ø 30 mm
Interface: Ethernet; internal data logger (USB readout)
Sound pressure level: 47 dB(A)
Energy consumption: 75 Wh/h (25 °C) / 105 Wh/h (37 °C)

Technical specifications
  • Model: KB ECO 1020
  • Manufacturer: BINDER
  • Temperature range: 0...70 °C (max. 26 °C under ambient)
  • Temperature accuracy / deviation at 37 °C: 0.1 ± K (spatial & temporal)
  • Interior volume: 1,020 L
  • Nominal power / voltage options: 1.3 kW; 200...230 V or 100...120 V; 50/60 Hz
  • Max. heat compensation: 500 W
  • Shelves: standard 2 / max. 15; max. load per shelf 45 kg; total max. load 150 kg
  • Materials: stainless-steel interior; inner door safety glass
  • Data logger: internal, USB export in open format; Ethernet interface
  • Features: Peltier thermoelectric cooling, APT.line™ preheating chamber, adjustable condensate protection, LCD, unit self-test

Catalogs

Exhibitions

Meet this supplier at the following exhibition(s):

Oslo Battery Days
Oslo Battery Days

24-25 Aug 2026 Oslo (Norway)

  • More information
    LAB-SUPPLY Dresden
    LAB-SUPPLY Dresden

    8-08 Sep 2026 Internationales Congress Center (Germany)

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.