Pelco Component Technologies

Call Directions Website Contact the business

Pelco Component Technologies Manufacturer of Electronic Components Pelco Component Technologies manufactures Electronic Timers and Controls through is Airotronics division.

In addtion, Pelco's STK Electronics division manufactures Film Capacitors. The Trimax division is a distributor of Thermal Circuit Protectors. Other division include, Flexcon Flexible Test Conectors that specialize in test connectors for the aviation and telecommunications industry and Peltec timers. We are a leader in providing specialized timing and control solutions to our diverse customer base. Specialties
Electronic Timers and Controls, Film Capacitors, Thermal Circuit Protectors and Breakers, Flexible Test Connectors

Prevent anti-short Cycling in HVAC equipmentShort-cycling can cause extreme overheating, tripped breakers & motor burnou...
09/28/2026

Prevent anti-short Cycling in HVAC equipment

Short-cycling can cause extreme overheating, tripped breakers & motor burnout. Time Delay Relays (TDRs) protect your system by:

Prevents Short Cycling: Stops compressors from rapidly turning on and off in quick succession, greatly extending equipment lifespan

Energy Management: Allows systems to sequence loads, reducing peak electrical demand

Component Protection: Defends expensive compressors and contactors against voltage spikes and damaging inrush currents

Read the full white paper now: https://tinyurl.com/33rkyczd

Contact our team at:
855 227 3526
email: [email protected]
website: https://tinyurl.com/w7pdkhwm

Optimizing HVAC System Efficiency & Reliability with Time Delay RelaysTime delay relays (TDRs) are essential in HVAC sys...
08/17/2026

Optimizing HVAC System Efficiency & Reliability with Time Delay Relays

Time delay relays (TDRs) are essential in HVAC systems for preventing compressor damage caused by short-cycling (rapid on/off switching) by enforcing a 3–5 minute delay between cycles, preventing premature failure. They protect components by reducing inrush current, enhance efficiency, manage component staging, and provide better comfort control.

Time Delay Relays in HVAC ::
In HVAC systems, short cycling occurs when a compressor turns off and rapidly restarts before the internal pressures can equalize.If a compressor attempts to start against a high head pressure, it faces an immense mechanical load. This causes the motor to draw locked-rotor amperage (LRA), leading to extreme overheating, tripped breakers, and eventual motor burnout.

The Core Operating Principle ::
In modern heating, ventilation, air conditioning, and refrigeration (HVACR) systems, maintaining equipment reliability and extending system lifespan are paramount. Because HVAC compressors act as the “heart” of the system, they are exposed to significant mechanical and electrical stress. Time delay relays serve as the primary defensive mechanism for these components, ensuring that electrical loads are sequenced properly and that mechanical wear is heavily minimized.

Read the full white paper here: https://pelcocaz.com/whitepapers/Pelco-WhitePaper_OptimizingHVAC.pdf?utm_source=social+media&utm_medium=email&utm_campaign=HVAC_whitepaper&utm_id=HVAC+WhitePaper

Putting Power to Work in HVAC with Airotronics THAC Anti-Short Cycle timersAIROTRONICS Time Delay Relays Time delay rela...
06/19/2026

Putting Power to Work in HVAC with Airotronics THAC Anti-Short Cycle timers

AIROTRONICS Time Delay Relays
Time delay relays (TDRs) are essential in HVAC systems for preventing compressor damage caused by short-cycling (rapid on/off switching) by enforcing a 3–5 minute delay between cycles, preventing premature failure. They protect components by reducing inrush current, enhance efficiency, manage component staging, and provide better comfort control.

Compressor Protection: TDRs prevent the compressor from turning on and off rapidly. Short-cycling can lead to excessive heat, high inrush current, and ultimate compressor failure.

Pressure Equalization: They provide a “delay on make” or off-delay, allowing system pressures (high and low sides) to equalize before restarting. This makes it easier for the motor to start, preventing damage.

Preventing Power Surges: TDRs can stagger the startup of multiple HVAC units (e.g., in a large building), preventing massive inrush currents and voltage sags.

Improved Efficiency & Comfort: They allow for fan management (e.g., blower stays on shortly after the cooling stops), which helps move remaining cold air, preventing moisture from blowing back into the room.

Protection against Short-Cycling: In the event of power fluctuations or a thermostat issue, the TDR acts as a buffer to keep the system safe.

Staging Components: TDRs ensure that different parts of the HVAC system (like multiple compressors or heating elements) start in a specific sequence rather than all at once, protecting the electrical system.

Learn more here:https://www.pelcocaz.com/pdfs/PPTW/PPTW_HVAC(Airotronics-THAC).pdf

Putting Power to Work in Datacenter with the Peltec 239The Peltec 239 voltage monitoring relay protects data center serv...
06/08/2026

Putting Power to Work in Datacenter with the Peltec 239

The Peltec 239 voltage monitoring relay protects data center servers by constantly monitoring the electrical supply for deviations from a safe operating range and automatically disconnecting power to the affected circuits to prevent damage.

These relays are crucial for safeguarding sensitive electronic equipment from various power quality issues:

Overvoltage and Undervoltage Protection: They detect when voltage levels exceed or drop below a preset range. High voltage can damage sensitive components, while low voltage (brownouts) can cause equipment to malfunction or burn out by forcing motors and power supplies to work abnormally.

Phase Protection: Data centers often use three-phase power. Voltage monitoring relays, particularly phase monitoring relays, ensure the system is balanced and the phase sequence is correct.

Rapid Response: Relays are more sensitive to subtle power fluctuations than standard circuit breakers and can react within
milliseconds to trip the circuit, preventing outside disturbances from causing damage within the facility.

By providing this layer of protection, the Peltec 239 voltage monitoring relay helps prevent data loss, system crashes, and costly downtime, contributing to the overall reliability and resilience of data center operations.

Learn more here: https://www.pelcocaz.com/pdfs/PPTW/PPTW_Datacenters(Peltec-239).pdf

Putting Power to Work in scissor lifts with the Trimax MX12The Trimax MX12 series circuit protector acts as crucial, res...
05/06/2026

Putting Power to Work in scissor lifts with the Trimax MX12

The Trimax MX12 series circuit protector acts as crucial, resettable safety device in scissor lifts, protecting DC motors and wiring from overcurrent, overloading, and short circuits. It utilizes a thermal, push-to-reset mechanism, allowing operators to quickly restore power after trips while ensuring safe operation in high-demand, industrial environments.

Thermal Protection: It monitors the current flow, using a thermal trip mechanism to detect excessive heat from overloading, such as when the lift is under high load, preventing motor burnout.

Safety Trigger: It immediately cuts power during electrical faults, protecting wiring from melting and reducing fire risks.

Push-to-Reset Functionality: Unlike fuses, the MX12 series allows for a manual “push-to-reset” feature, making it easy to restore power directly from the control panel.

Industrial Durability: Designed for high vibration and harsh job sites, it offers reliable performance, typically within a 3A–60A range and sometimes equipped with waterproof caps.

Learn more here:https://www.pelcocaz.com/pdfs/PPTW/PPTW_ScissorLifts(Trimax-MX12).pdf

Pelco awarded $60,000 to develop smarter testing for electronic componentsPelco Component Technologies, an electronic co...
04/10/2026

Pelco awarded $60,000 to develop smarter testing for electronic components

Pelco Component Technologies, an electronic components manufacturer headquartered in Cazenovia, has been named a winner of FuzeHub’s Jeff Lawrence Innovation Fund New York State Microelectronics Innovation Challenge. The company and its partner, Alliance for Manufacturing & Technology of the Southern Tier (AMT), will receive $60,000 for a collaborative project to develop smarter testing for electronic components.

Read the full article here: https://www.eaglenewsonline.com/cazenovia_republican/cazenovia-manufacturer-awarded-60-000-to-develop-smarter-testing-for-electronic-components/article_f4c986e4-ee6a-4a1d-b75f-467db90a75f8.html

Learn more about Pelco Component Technologies here: https://www.pelcocaz.com/

Address

2747 US Route 20
Cazenovia, NY
13035

Alerts

Be the first to know and let us send you an email when Pelco Component Technologies posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Pelco Component Technologies:

Shortcuts

Share