China

TENLIN BD-2006 High Accuracy Low Temperature Circulating Bath - 20 ℃/ +/- 0.01 ℃ 6L

SE
-20~ 100 ℃, Temperature resolution 0.001 ℃, 1kw, Tank volume 6L, Tank opening dimensions 180 * 150mm, groove depth 150mm, circulation mode domestic circulation.
Model:
Certificate

TenLin BD-2006 High Accuracy Low Temperature Circulating BathSPEC

TenLin BD-2006 High Accuracy Low Temperature Circulating BathDetails

TenLin BD-2006 High Accuracy Low Temperature Circulating BathPacking list

SKU
NB035973
Temperature range
-20~100℃
temperature resolution
0.001℃
Temperature fluctuation
±0.005~0.01℃
Dimensions
320*370*675mm
power
1kw
Tank Volume
6L
Tank opening Dimensions
180*150mm
groove depth
150mm
Circular mode
Domestic circulation
BD-2006
High Accuracy Low Temperature Circulating Bath
-20~ 100 ℃, Temperature resolution 0.001 ℃, 1kw, Tank volume 6L, Tank opening dimensions 180 * 150mm, groove depth 150mm, circulation mode domestic circulation.
TENLIN BD-2006 High Accuracy Low Temperature Circulating Bath - 20 ℃/ +/- 0.01 ℃ 6L Picture

Features

1. Refrigeration system: It adopts low-noise air-cooled hermetic compressor unit, which has the advantages of fast refrigeration speed and strong temperature stability.

2. Control system: new special software research and development of self-made temperature control technology, equipped with high-standard Pt100 and all imported electronic components.

3. Circulation system: It is composed of internal and external circulation. During the external circulation, the constant temperature liquid in the tank can be introduced outside, and a second constant temperature field can be established. It can also be used as a cold source to guide the refrigerated liquid in the tank to the external experimental container to cool down. When circulating, the temperature of the liquid in the tank can be very uniform and stable.

4. Protection system: Refrigeration has overheating and overcurrent protection. The control system has functions such as over-temperature chirp alarm, upper and lower limits of temperature can be set for over-temperature alarm temperature, and the load can be automatically cut off when over-temperature.

5. High-end large LCD control instrument, easy to operate, strong temperature stability, PID can be automatically searched or manually adjusted.

6. The accurate temperature correction function can reach 0.01°C, and the temperature fluctuation can reach up to ±0.005-0.01°C (depending on the model).

external structure

Figure 1: Outline structure of constant temperature bath

Figure 1: Outline structure of constant temperature bath

Figure 2: Bath control panel

Figure 2: Bath control panel

Model parameters

modeltemperature rangepowervolumegroove depth
BD0506-5~1000.86L150
BD1006-10~1000.96L150
BD2006-20~10016L150
BD3006-30~1001.56L150
BD4006-40~1002.16L150
BD0510-5~1001.310L200
BD1010-10~1001.510L200
BD2010-20~1001.810L200
BD3010-30~100210L200
BD4010-40~1002.110L200
BD0515-5~1002.115L200
BD1015-10~1002.215L200
BD2015-20~1002.315L200
BD3015-30~1002.415L200
BD4015-40~1002.515L200
BD0520-5~1002.320L300
BD1020-10~1002.420L300
BD2020-20~1002.520L300
BD3020-30~1002.620L300
BD4020-40~1002.720L300
BD0530-5~1002.530L230
BD1030-10~1002.630L230
BD2030-20~1002.730L230
BD3030-30~1002.730L230
BD4030-40~100330L230
same parameters
resolution0.001°C
Volatility±0.005-0.01℃
cycle modeInner loop
Unit: ℃/Kw/mm
FAQ
QDo you have the Thermostatic bath involved in JB/T5376?
A The BD-2006 Thermostatic bath will do
QWhat is the limit low temperature of this BD-2006 Low Temperature Thermostatic bath?
A TENLIN BD-2006 meets the Temperature range of -20 to 100 ° C, with a minimum temperature of -20 ° C.
QCan I set an alarm if the temperature is too high or too low?
A Refrigeration with overheating, overcurrent protection, control system with over-temperature alarm, can set the upper and lower limits of temperature over-temperature alarm temperature, over-temperature can automatically cut off the load and other functions.
QWhat is the Thermostat cycle for this series?
A There are internal and external circulation components, the external circulation can lead the thermostatic liquid in the tank, the second thermostatic field can be established, and the cooled liquid in the tank can also be used as a cold source to cool the experimental container outside the machine. The temperature of the liquid in the tank can be uniform and stable during domestic circulation.
Standard