BD-164 Lab Oven

BD-164

Floor

BD-164 is a liquid-cooled laboratory oven engineered for controlled thermal processing across a wide temperature range. Built for reliable performance, it supports consistent heating and cooling for a variety of laboratory and industrial testing applications.

Standout Features:

Highly customizable oven configurations tailored to your testing requirements
Wide temperature range supporting both high and low temperature applications
Tight temperature uniformity for reliable and repeatable thermal processing
Engineered airflow design with top and bottom plenums for consistent heat distribution

Specifications
Standard Features
Instrumentation
Safety Features
Optional Features
Downloads

Specifications

Interior:	48W x 48D x 48H (in)
	1219.1W x 1219.1D x 1219.1H (mm)
Exterior:	56W x 70D x 66H (in)
	1422.4W x 1778D x 1676.4H (mm)
Volume:	64 cubic ft
	1812.27 liters
Temperature:	-73°C to 220°C (-99.4°F to 428°F)
Temperature Stability:	±0.5°C (±1.0°F) at sensor after stabilization
*Rise Rate:**	4.88°C/min
*Pull Down Rate:**	4.8°C/min
Electrical Supply:	208 VAC, 1 PH, 60 HZ
Facility Power Receptacle:	Hardwired
Full Load Amps:	60 A
Airflow:	750 CFM
Refrigeration System:	Liquid cooled-no mechanical refrigeration
Mobility:	Will fit through 62 in doorway
Approximate Product Weight:	1300 lbs (590 kg) without added options
Approximate Shipping Weight:	1410.0 lbs (639 kg) without added options

*Rise and pull-down rates calculated using IEC 60068-3-5 standard. Custom options available.

*Ideal ambient temperature conditions for test chambers is 23°C (73.4°F). The temperature and humidity range of assured performance is between 15°C and 25°C (59°F/77°F) and 30-50% relative humidity. Conditions outside this range may affect the performance of your test chamber and reduce the lifespan of the equipment.

Notice for Customers Requesting R449A:
Consult our sales team regarding the use of R449A refrigerant (where applicable). This substitution ensures compliance with relevant regulations. Please be aware that the use of R449A will change the achievable low temperature to -35°C. Our sales team can provide detailed information regarding this change for your specific application.

BD Series

Height: 72" (6' tall)

BD-100

Height: 23"
Volume: 0.69 cu. ft.

BD-101

Height: 29"
Volume: 0.99 cu. ft.

BD-102

Height: 32"
Volume: 2.37 cu. ft.

BD-104

Height: 38"
Volume: 4.13 cu. ft.

BD-108

Height: 40"
Volume: 8 cu. ft.

BD-127 BD-927

Height: 63"
Volume: 27 cu. ft.

BD-164 BD-964

Height: 66"
Volume: 64 cu. ft.

Standard Features

STANDARD FEATURES

Exterior cabinet: cold-rolled steel, heavy-gauge, powder coat finish, color: bone
Interior cabinet: stainless steel, type 304
Cooling type: LN2
Forced air circulation
Port configuration: left wall access port and plug with 3in (76.2mm) diameter

Instrumentation

STANDARD INSTRUMENTATION

CONTROLLER

Temperature is manually set with one Watlow EZ-ZONE PM controller (non-programmable)

UPGRADE WITH

BD Series Test Chambers can incorporate AESONE CONNECT creating a robust connected device for a standard and uniform interface making test chamber operation easier.

AESONE XCHANGE increases your functionality

Connects the test chamber controller to your network for increased accessibility
On-board multi-year data logging

AESONE SOFTWARE gives you the power to

Remote chamber operation and monitoring,
Web-based test profile creation,
Viewing current data and historical data visually
Secure multi-level user access

WATLOW F4T PROGRAMMABLE CONTROLLER. Features a 4.3” capacitive touchscreen minimizing the chance for error. Ethernet communication supported by AESONE HARDWARE. View more controller options

ADDITIONAL ONBOARD INSTRUMENTATION

SENSORS. 100 OHM Platinum RTD is a highly-accurate sensor made from platinum components for increased sensitivity View sensor options

Safety Features

STANDARD SAFETY FEATURE

HIGH/LOW TEMPERATURE CONTROL. An adjustable temperature limit controller allows you to program the highest lowest temperature the device under test, protecting products from compromising temperature exposure.