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Thermoelectric air cooler

Thermoelectric air cooler

• Introduction

 

The thermoelectric air cooler(TEC) is especially designed for telecom cabinet, battery cabinet, industrial control cabinet, with functions of auto cooling/heating system for electronic equipments in reliable operation, which can make a good environment to reduce equipments failure rate.

 DC brushless fan:Stepless speed regulation

 Cooling and heating syetem working in less move parts:

Intelligent control and more reliable

 Intelligent communication:RS485 port and dry contact alarm port for remote monitoring

 High protection level:Application in outdoors perfectly

Easy maintainability design:For convenient maintenance

 Wide operating temperature range:Adapt to all conditions

 No refrigerant:More green for the earth

Display optional

 

Inquiry now

 

n   Capacity curve

 

n  
Outer dimensions

 
   

 

n   Wiring connection definition

 
   

Key Features

 Model T01HA0E

 

 Main power supply -48VDC±20%

 

 Cooling capacity(rated) 100W@L32/L32

 Power consumption(rated) 200W@L32/L32

 

 Heating capacity 150W@L5/L5

 Cooling current (rated/Max.) 4.2A/5A

 

 Internal air flow 250m³/h

Work temp. range -40℃~+55℃

 

Max noise 60dB(A)

IP level IP55

 

Net weight 5Kg

Outer dimensions 180*260*165 (mm, W*H*D)

 

Surface treatment power coating(RAL7035)

 

Applications

No.

Symbol

Definition

No.

Symbol

Definition

1

-48V

DC power- Negative

4

H2_Fan -

Hydrogen discharge port -negative

2

0V

DC power- Positive

5

RS485-

Communication port

3

H2_Fan +

Hydrogen discharge port -positive

6

Alarm

Dry contact alarm (NO, NC optional)

 

 

 

 

 

 
 
 

 

 
   

1. Available Models & Core Specifications

All models use high‑efficiency Peltier modules combined with evaporative cooling for reliable, maintenance‑free operation in telecom environments. They are designed for 24/7 continuous duty, wide voltage tolerance, and remote monitoring.

 

Model Cooling Capacity Recommended Enclosure Volume Airflow Water Tank Operating Temp. Range IP Rating Noise Weight Dimensions (mm)

TAC‑C08 80W ≤ 0.8 m³ 6.5 m³/min 4.5 L -10°C ~ +55°C IP44 ≤52 dB 6.5 kg 310×280×680

TAC‑C12 120W ≤ 1.5 m³ 8.0 m³/min 6.0 L -10°C ~ +55°C IP44 ≤55 dB 8.0 kg 350×310×750

TAC‑C16 160W ≤ 2.5 m³ 10.5 m³/min 8.0 L -10°C ~ +55°C IP54 ≤58 dB 9.8 kg 400×350×820

TAC‑C24 240W ≤ 4.0 m³ 14.0 m³/min 10.0 L -20°C ~ +60°C IP54 ≤60 dB 12.5 kg 480×400×900

💡 Selection Tip – For small outdoor radio cabinets, choose TAC‑C08/C12; for medium shelters or multi‑rack setups, choose TAC‑C16; for larger base‑station rooms or high‑heat‑load enclosures, opt for TAC‑C24.

 

2. Standard Package Contents (per unit)

Main unit with pre‑installed thermoelectric module and evaporative pad

 

Remote controller (with battery) – RS485/Modbus optional

 

Washable dust‑proof filter (class G4)

 

Two reusable ice‑gel packs (for peak load assistance)

 

Drain plug and silicone tubing kit

 

User manual (English / local language upon request)

 

Quick‑start guide for site installation

 

Warranty card

 

3. Optional Upgrades (for site‑specific needs)

Option Description Reference Price (USD)

RS485 / Modbus RTU Remote monitoring & alarm output (temperature, fan speed, fault) +$18.00

Wide‑Voltage PSU 110V‑240V AC auto‑sensing (standard is 220‑240V) +$8.00

Heavy‑Duty Pre‑Filter MERV‑8 or metal mesh for dusty outdoor sites +$6.50

Solar‑Ready DC Option 24V / 48V DC input (no AC adapter needed) +$15.00

Heater Module Built‑in PTC heater for cold‑climate sites (maintains +5°C) +$25.00

Custom Logo / Silk‑screen MOQ ≥ 50 units – brand your enclosure Contact sales

4. Minimum Order Quantity (MOQ) & Pricing Tiers

Sample order – 1 ~ 2 units: retail price (inquire via chat/email)

 

Trial batch – 3 ~ 50 units: 5% discount

 

Bulk order – 51 ~ 200 units: 10% discount

 

Volume order – 201+ units: 15‑20% discount + free first‑sea‑freight (to major ports)

 

All prices are EXW (Shenzhen, China). For DDP / DAP or door‑to‑door quotes, please provide your full delivery address.

 

5. Lead Times

In‑stock models (TAC‑C08 & C12): ships within 48 hours after order confirmation.

 

Custom orders (logo, voltage, heating, or communication protocol):

 

Sample production: 7‑10 working days

 

Mass production: 20‑25 working days

 

Shipping methods (estimated transit):

 

Express (DHL/FedEx): 3‑5 days to major cities

 

Air freight: 5‑7 days

 

Sea freight (LCL / FCL): 20‑40 days depending on destination port

 

6. Payment Methods

We accept secure payment channels. Please confirm total amount with your sales representative.

 

T/T (Bank Transfer) – 30% deposit, balance before shipment

 

L/C at sight – for orders above $20,000 (100% irrevocable)

 

PayPal / Credit Card – for sample or small orders (3.5% processing fee applies)

 

Alibaba Trade Assurance – available upon request

Frequently Asked Questions

 
Q Can a thermoelectric air cooler cool below ambient temperature?
A: Yes, but with limitations. It can lower the temperature inside an enclosed space (e.g., an equipment cabinet) below ambient. However, note that:
 
The larger the temperature difference, the weaker the cooling capacity – performance drops as the gap between target and ambient temperature increases.
 
If the space is poorly insulated, external heat ingress will make cooling more difficult.
 
With multi‑stage thermoelectric modules, extremely low temperatures (down to ‑100°C) can be achieved in a vacuum environment.

 

Q What are the key technical parameters for a thermoelectric air cooler?
A: When selecting, pay attention to these critical parameters:
 
Cooling capacity (Qc) – Usually expressed in watts or BTU/h; the amount of heat the unit can remove under specified conditions.
 
Maximum temperature difference (ΔTmax) – The maximum achievable temperature difference between the cold and hot sides.
 
Operating voltage and current – Typically DC 12V, 24V, or 48V.
 
Maximum hot‑side temperature – Usually must not exceed 70‑80°C to avoid damage.

 

Q What applications are suitable for a thermoelectric air cooler?W
A: Its characteristics make it ideal for:
 
Electronic/control cabinet cooling – Protects sensitive components from overheating; especially suited for space‑constrained, quiet, and vibration‑free environments.
 
Mobile/vehicle‑mounted equipment – No compressor means immunity to vibration; suitable for ships, aircraft, vehicles, and robots.
 
Medical and laboratory equipment – PCR machines, incubators, analytical instruments requiring precise temperature control.
 
Military and infrared equipment – Infrared detectors, navigation systems where reliability and no vibration are critical.
 
Portable/personal cooling – Small portable air conditioners, neck‑wearable personal coolers.
 
Small refrigeration/warming appliances – Car refrigerators, wine coolers, portable cool boxes.

 

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