Dual Chamber

Product Description

Allyone with our rich experience & prowess in designing robust customized products as per the specific demands of clients & users have designed a “Dual Chamber” which saves space & cost and offers tremendous flexibility & convenience to the user.

A Dual Chamber offers you flexibility when you are tied up with multiple restrictions of space & choices.

Allyone offers customizes solution to you and you can choose between various combinations, viz:

Upper Compartment: Deep Freezer, Lower Compartment: Cold Chamber or

Cold Chamber + Heating/Cooling Incubator or

Heating/Cooling Incubator + Heating/Cooling Incubator or

Stability/Humidity Chamber + Stability/Humidity Chamber

So on & so fourth.
Technical Specifications:
UPPER COMPARTMENT- DEEP FREEZER

Temperature Range : -10°C to -30°C
Accuracy : ≤ +/- 3.0°C
Uniformity :≤ +/- 5.0°C*

LOWER COMPARTMENT- COLD CHAMBER

Temperature Range : 2°C to 8°C
Accuracy : ≤ +/- 1.0°C
Uniformity : ≤ +/- 2.0°C*

Standard Chamber Features & Provisions:

Construction:
Dynamically Designed PUF filled Double walled, Inner Tank & outer body with SS 304 with PUF Density of 40Kg/m3 with thickness 60mm OR 100 mm depending on the chamber combination.

Sample Storage:
Trays: Perforated types (CNC punched). Strengthened with support rails to prevent deformations, Height adjustable to every ½”

Door: PUF Insulated External door mounted with imported hinges & locks, Inner glass doors with latches.

Door frame is secured with silicone rubber gasket on entire perimeter to ensure air tight, leak tight chamber.

Door Operation: Biometric &/or Password protected-from software & HMI

Control System: Ergonomically designed Control Panel.

Ferrule printed wiring.

Advanced PLC Program with built in processor-based Auto Tuning.

2 X 4.3” HMI Color LED Display. (Individual HMI for each chamber)

Built in Redundancy & Safety.

Advanced High Accuracy “Transmitter Sensors” with output of 4-20 mA.

Temperature Control: Efficient, Reliable, Time tested & Trustworthy Refrigeration Design.

Built in redundancy with PLC based Auto Change Over during power outage &/or component failure viz: Compressor, Humidification system

PLC Controlled “U” Shaped SS Air Heater Banks.

Humidity Control: S S Reservoirs- steam kettles forms Humidification system(for Stability/Humidity Chamber)

Safety: Dedicated Thermostats for all key points: Chamber High Temperature, Steam Kettle Element (for Stability/Humidity Chamber), Utility High Temperature.

PLC Safety Cut Off for Temperature & Humidity: High, Higher & Low, Lower safety cut off.