By using frequency conversion, we can achieve a power saving of about 44% (compared to our previous products) and significantly reduce frost formation.
·Equipped with frequency conversion function, the power of the freezer can be adjusted to minimize unnecessary power consumption during operation.
·By using frequency conversion to reduce unnecessary cooling capacity and adjust it to the most suitable cooling capacity, frost formation can be significantly improved.
·The temperature range for use is 0-60 ℃, which is the best temperature environment for various cultivation and preservation.
·To create a more ideal cultivation temperature environment, the temperature distribution accuracy inside the tank has been improved.
·The standard configuration includes a variety of auxiliary functions such as program running, automatic running stop, automatic running start, and automatic temperature deviation correction. The controller can display electricity consumption and CO2 emissions.
·The standard configuration includes temperature analog output (4-20mA) and external communication terminal (RS485).
Specifications
model |
INE800 |
|
mode |
Forced air circulation |
|
performance |
Temperature range for use |
0~60℃ |
Set temperature range |
-5~65℃ |
|
Temperature regulation accuracy |
± 0.2 ℃ (when the freezer is running continuously at 37 ℃) |
|
± 0.5 ℃ (during the cyclic operation of the freezer at 37 ℃) |
||
Temperature distribution accuracy |
± 0.5 ℃ (during continuous operation at 37 ℃) |
|
zuiHigh temperature arrival time |
35Minutes (20-65 ℃) |
|
zuiLow temperature arrival time |
50Minutes (20~0 ℃) |
|
Operation mode of freezer |
Continuous operation, cyclic operation, stop operation |
|
constitute |
Interior Decoration |
Stainless steel plate |
Exterior Decoration |
Electrical galvanized steel sheet, surface coated with chemical resistance coating |
|
Thermal insulation material |
Expanded polyethylene |
|
Refrigerator/refrigerant/operating range |
200WRotary compressor/R134a/set below 40 ℃ |
|
Defrosting function |
Manual defrosting (arbitrary), automatic defrosting (time/time) |
|
Supply fan fan |
DCAxial flow fan |
|
heater |
750W |
|
sensor |
PtThermistor (temperature regulator), K-type thermocouple (over rise protector) |
|
Lead hole |
Inner meridian diameter of 50 (on the right side of the body) |
|
Temperature control method |
PIDcontrol |
|
Temperature regulator |
VType control |
|
controller |
Temperature control method |
PIDcontrol |
Temperature setting method |
Realize digital settings through the function menu keys and ▲▼ keys |
|
Operation function |
Fixed value operation, fast automatic stop operation, automatic stop operation, automatic start operation |
|
Program execution (30 steps x 1/15 steps x 2/10 steps x 3) |
||
Additional features |
Deviation correction function, button lock function, power outage compensation function |
|
sensor |
PtThermistor (temperature regulator), K-type thermocouple (over rise protector) |
|
Safety device |
Self diagnostic function (abnormal temperature sensor, disconnection, SSR short circuit, poor main relay, automatic over rise prevention function), button locking function |
|
Overcurrent leakage protection switch, independent over rise protector, abnormal fan in the slot, abnormal high voltage in the freezer, abnormal frequency conversion |
||
Specifications |
Internal dimensions (width x depth x height mm) |
600×477×1000 |
Dimensions (width x depth x height mm) |
710×645×1730 |
|
Internal volume |
286L |
|
Shed board load-bearing capacity |
About 15kg/layer |
|
Number of layers/spacing between shed boards |
23Layer/30mm |
|
Rated current of power supply (50/60Hz) |
AC100V 10A |
|
weight |
About 135kg |
|
Accessories |
Shed board/shed receiver |
Stainless steel stamping mesh plate 5 pieces/10 pieces |
other |
2 keys, 1 silicone plug for lead hole |
|
Product selection |
Shed board (1 shed board including 2 shed receivers), external alarm output terminal, time arrival output terminal |