Specifications

• Temperature Range: Ambient +5° to 100°C

• Temperature Accuracy (2L,4L): +0.2°C

• Temperature Accuracy (8L,12L): +0.5°C

• Temperature Increments (2L): 1.0°C

• Temperature Increments (4L,8L,12L): 0.1°C

• Temperature Uniformity: ± 0.2°C at 37°C

• Exterior (WxDxH) (2L): 6.5 x 8 x 6 in

• Exterior (WxDxH) (4L): 7.7 x 13.9 x 9 in

• Exterior (WxDxH) (8L): 10.5 x 17.5 x 12.4 in

• Exterior (WxDxH) (12L): 10.7 x 17.5 x 16.2in

• Chamber (WxDxH) (2L): 5.5 x 6 x 4 in

• Chamber (WxDxH) (4L): 5.3 x 9.4 x 5.5 in

• Chamber (WxDxH) (8L): 10.4 x 12.8 x 5.9in

• Chamber (WxDxH) (12L): 12.8 x 10.4 x 7.9 in

• Weight (2L): 4.5 lbs/ 2.0 kg

• Weight (4L): 15 lbs/ 6.5 kg

• Weight (8L): 17 lbs/ 8 kg

• Weight (12L): 17 lbs/ 8 kg

• Electrical: 115V or 230V, 50-60Hz

The myBath series is designed to guarantee superior accuracy and performance in a compact footprint. With four sizes to choose from, there is a myBath to fit every lab.

The 4, 8 and 12L models include easy to use controls allow the user to digitaly select and monitor settings. Adjustable in 0.1ºC* increments, the temperature is shown on a large, 3-digit display*. The proprietary Quik-CAL™ feature allows for simple, in-lab calibration.* High efficiency insulation maintains temperature stability and uniformity within the bath, while keeping the housing cool to the touch.

All myBath models feature seamless, stainless steel chambers for easy cleaning and long life The chambers resist rust and have no corners to collect dirt or contamination. The larger 8L and 12L units have drains for hassle-free water changes. The 4L, 8L, and 12L models include a see-through cover that can be removed, or flipped back on a rear hinge to conserve bench space. The lid’s gabled design will divert condensation to the front and back of the bath, away from samples.

Racks are available to accommodate 1.5/2.0ml, 15ml and 50 ml tubes within the 4L, 8L and 12L baths. The myBath 4L is supplied with all three racks.

*myBath 2L (Item: B2000-2), has a 2-digit display and can be controlled in increments of 1.0C