PINPOINT Repair Services India

Yes, absolutely. Synchronics Electronics is recognized as the premier authorized repair facility for Pinpoint instruments throughout India. We maintain full technical documentation and OEM spare parts inventory for all Pinpoint DAM, TPC, PPC, LDS, and multiplexer series. We offer same-day pickup from major metros — Mumbai, Delhi, Pune, Bangalore, Chennai, Hyderabad, Ahmedabad, Kolkata — with full-facility repairs in Vadodara, Gujarat. Turnaround is typically 7-14 working days including comprehensive testing.

Pinpoint TPC series controllers frequently experience PID proportional amplifier instability and integrator capacitor leakage, particularly in high-humidity environments like textile mills and food plants. The root cause is usually C5 and C6 integrator capacitor drying, U3 TL072 op-amp saturation, or trimmer potentiometer R15 contact corrosion. Synchronics completely restores PID circuits by replacing all electrolytic capacitors with industrial-grade components, upgrading op-amp biasing networks, and performing closed-loop tuning validation on actual process loads. We also upgrade firmware where available to improve stability margin.

Intermittent spikes in Pinpoint ASC-series signal conditioners typically originate from three sources: degraded input filter capacitors causing resonance peaks (Q2 filter capacitor dry), isolation transformer core saturation from nearby power equipment (solved by shielded cable routing and ferrite clamps), or output buffer amplifier instability from worn trim potentiometers and PCB solder fractures near high-current paths. Synchronics performs full isolation barrier resistance testing, rebuilds input and output filter networks with modern film capacitors, and applies conformal coating to prevent long-term creepage. All units are tested with actual plant signal levels to ensure noise rejection.

Yes. SD card interface failures in Pinpoint LDS logging systems are typically caused by corroded socket contacts, failed SD card detection logic, or corrupted flash memory file system. Synchronics replaces the SD card socket assembly with high-reliability gold-plated contacts, restores the SD detection circuit (usually failure of Q7 card detect buffer), and performs firmware recovery using Synchronics-maintained software repositories. If the internal flash memory is corrupted, we can often recover data using specialized EEPROM readers. All units are validated with genuine Sandisk and Kingston cards under extended write cycles.

Pinpoint DAM-series module turnaround typically ranges from 10-14 working days, depending on fault complexity. Initial diagnostic profiling (1-2 days) identifies channel-specific issues like amplifier drift, ADC noise, or multiplexer faults. Repair work (3-5 days) includes component replacement, analog circuit re-tuning, and filter network restoration. Final validation (3-5 days) involves multi-point calibration against certified standards and performance verification under realistic load conditions. Synchronics offers expedited service (7-9 days) for critical production stoppages — contact our Gujarat facility directly to arrange priority handling.

Pack the unit securely and courier it to our Vadodara workshop. Include a note with the fault description and your contact details. We will log it into our system and WhatsApp you a job number within 24 hours of receipt. Doorstep pickup is available in Vadodara, Ahmedabad, Surat, Mumbai, and Pune.

Repair cost depends on the model and the fault. We offer a free diagnosis — once we identify the fault, we provide a fixed quotation before proceeding. Typical repairs cost 20–40% of the new unit price. We will never repair without your approval.

All repaired units carry a 6-month comprehensive warranty covering the same fault and related issues. If the fault recurs within the warranty period, we repair it free of cost.

Yes. If we cannot repair your PINPOINT unit after diagnosis, you pay only the diagnosis fee (₹500–₹1,500 depending on the product). The unit is returned to you at no additional charge.