Chiller breakdown repair
Pressures, superheat/subcooling and electrical values are measured to find the root cause; refrigerant leaks, compressor, condenser and control faults are resolved.
Details
Chiller breakdown repair, chiller maintenance, installation and commissioning delivered across Türkiye by our Sakarya-based team. Capacity calculation and selection engineering from process cooling to cold storage rooms, all from one source.
Correct chiller selection through heat load and capacity calculation — no over-investment.
On-site fault diagnosis, spare part supply and fast commissioning.
Reduce unexpected downtime and energy costs with planned maintenance.
From breakdown repair and periodic maintenance to installation and commissioning, the whole industrial cooling scope is handled by one team.
Pressures, superheat/subcooling and electrical values are measured to find the root cause; refrigerant leaks, compressor, condenser and control faults are resolved.
DetailsCondenser and evaporator cleaning, water chemistry, glycol concentration and efficiency measurements, with findings that reduce energy use reported.
DetailsLoad calculation, chiller and pump selection, pipe sizing and buffer tank volume are defined; commissioning is delivered with a measurement report.
DetailsDesign and improvement work for process cooling, cold storage, mould cooling and air handling unit applications.
DetailsOur Sakarya-based team provides same-day field service across the Marmara industrial zones, and handles chiller installation, commissioning, breakdown repair and maintenance in all other Turkish provinces through scheduled site visits.
For industrial plants in Ankara, Izmir, Konya, Kayseri, Adana, Gaziantep, Denizli, Manisa, Eskişehir and beyond we provide scheduled site visits, commissioning and remote diagnostics. Share your site location and fault scope and we will plan the visit the same day.
End-to-end engineering service: from installation and periodic maintenance to emergency repair and energy efficiency improvement.

24/7 emergency response: fast solutions for compressor, condenser, control board and refrigerant leak faults.

Reduce downtime risk and keep energy consumption under control with planned maintenance contracts.

Overhaul, capacity upgrade and automation improvement for screw and reciprocating cooling units.

HVAC design for production lines, cold storage rooms and clean room applications.

Air/water-cooled chiller selection based on process needs, hydronic piping and commissioning.
Heat load calculation, engineering, turnkey installation and periodic maintenance for cold rooms, blast freezing and frozen storage facilities.
From air-cooled and water-cooled packages to inverter screw and centrifugal chillers, we handle selection, commissioning and fault diagnosis.
Scroll and screw compressor units: condenser fouling, fan/EC motor failures and high-pressure trips.
Condenser tube cleaning, water chemistry and approach temperature tracking to prevent COP loss.
Part-load IPLV-focused operation, capacity control valve and oil system checks.
Glycol concentration, buffer tank volume, evaporator flow and blast-freezing load calculations.
The chiller faults we meet most often in the field and the measurement-based steps we take for each one. Describing the symptom on the phone is already enough for a preliminary diagnosis.
Usually a dirty condenser, a failed fan or EC motor, refrigerant overcharge, or scaling in the tower and condenser tubes on water-cooled units. Condenser approach temperature and discharge pressure are measured to isolate the root cause.
Refrigerant leaks, a blocked filter drier, low water flow or a fouled evaporator are typical causes. Superheat, subcooling and evaporator water flow are measured to separate a leak from a flow problem.
Insufficient buffer tank volume, capacity control settings, contactor and phase problems are reviewed while current, voltage and oil pressure are measured. Screw units also get oil system checks and an acid test.
To separate undersizing from efficiency loss we measure the real load, the supply/return water delta T and the flow rate; when needed the load calculation is redone and the correct capacity is proposed.
Condenser and evaporator fouling, water chemistry, glycol concentration and the part-load regime are reviewed. The measurement report lists the improvement steps that cut energy use.
Blast load, door opening frequency, defrost settings, evaporator icing and panel insulation are checked; the room heat load is recalculated where necessary.
Enter facility type, area, target temperature and machine load; see the estimated cooling capacity in kW, BTU/h and tons.
Item-by-item load calculation with an ASHRAE-style method; turn the result into a quote request with one click.
kW · BTU/h · Tons (TR) · kcal/h
Fill in the form and our engineering team will prepare the right solution and pricing for your needs.
What happens after your request
1. Request
Send the form or call us; we collect facility type and current system data.
2. Pre-assessment
We review capacity, hydronic lines and failure symptoms from an engineering angle.
3. Diagnosis
Remote data or an on-site visit with measurements to identify the root cause.
4. Proposal
Scope, materials and timeline in a detailed written quote.
Up-to-date articles on chiller maintenance, energy efficiency and industrial air conditioning, written with an engineering approach.

Weekly, monthly, quarterly, and annual maintenance steps; which values should be measured and the impact of maintenance on energy consumption.
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Causes of high pressure, low pressure, freeze protection, and flow switch alarms, initial field checks, and permanent solutions.
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In industrial cooling systems, the largest operating cost is the electrical energy consumed by compressors. Systems operating on traditional "On/Off" logic work at full capacity even when cooling demand is low, leading to significant energy waste. Today, modern HVAC and process cooling infrastructures provide capacity control through a much smarter method: frequency inverters (drives).
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