Por favor, introduzca palabras clave para buscar

Global |EN

Elige tu país e idioma

Asia Pacífico

Australia y Nueva Zelanda
India
Indonesia
Corea
Malasia
Filipinas
Singapur
Singapur (luz del sol)
Vietnam

Oriente Medio y África

CHINT-EGEMAC
Arabia Saudita
Sudáfrica
Emiratos Árabes Unidos
CHINT AJLAN

Europa

España
Francia
Kazajstán
Italia
Netherlands
Pavo
Reino Unido

América del norte

México

América Latina

Brasil
Colombia
Ecuador
Perú
Baja tensión
Aparatos de conmutación de baja tensión y software
Carga de vehículos eléctricos
Telecomunicaciones y Data centers
Edificios
Centro de servicio
Contáctenos
Llámanos +57 (601) 712-5419
Envíenos un correo electrónico infoco@chintglobal.com
Acerca de CHINT
Centro de noticias
Carreras

Elige tu país e idioma

Australia y Nueva Zelanda
India
Indonesia
Corea
Malasia
Filipinas
Singapur
Singapur (luz del sol)
Vietnam
CHINT-EGEMAC
Arabia Saudita
Sudáfrica
Emiratos Árabes Unidos
CHINT AJLAN
España
Francia
Kazajstán
Italia
Netherlands
Pavo
Reino Unido
México
Brasil
Colombia
Ecuador
Perú

Por favor, introduzca palabras clave para buscar

Su término de búsqueda contiene palabras clave restringidas. Utilice otras palabras clave.

Time Delay Relay: Working principle, Applications

AUG 17, 2022

CHINT-JSZ3-220VAC-Time-Relay-1536x937 20220817
CHINT-JSZ3-220VAC-Time-Relay-1536x937 20220817
CHINT-JSZ3-220VAC-Time-Relay-1536x937-20220817

Table of Contents

  1. What is a Time Delay Relay?
  2. Where are Timing Relays Used?
  3. Types of Time Delay Relay
  4. CHINT Time Delay Relay
  5. Conclusion

What is a Time Delay Relay?

time delay relay is a type of relay that has a built-in time delay function. This means the relay will not immediately activate when it is energized but will wait for a set amount of time before doing so. This can be useful for applications requiring delays before the relay activates, such as industrial automation or security systems.

There are many different types of time delay relays available, each with unique features and capabilities. Some relays have adjustable time delays, while others have preset time delays that cannot be changed. Additionally, some relays have multiple time ranges that can be selected, while others are limited to a single range.

Where are Timing Relays Used?

Timing relays are commonly used in a variety of industrial and commercial applications. Some common applications include machines, buildings, water segments, HVAC, and other applications.

Machine Control

They are often used in machine control applications to provide cyclic machinery switching. This can help to prevent equipment from sticking or becoming damaged.

Lighting Control

Timing relays can be used to delay switching multiple rows of lamps in production facilities or greenhouses. This can help to save energy by preventing lights from being turned on when they are not needed.

Water segments

Pump controls and irrigation systems are common applications for timing relays in the water segment.

HVAC Control

It can be used in HVAC systems to control fans and centralized water systems. This can help to save energy and keep buildings comfortable.

Alarm Triggering

Timing relays can be used to trigger alarms after a set amount of time has elapsed. This can be useful for security applications or for monitoring purposes.

These are just a few examples of where timing relays can be used. There are many other potential applications for these versatile devices.

Types of Time Delay Relay

ON-Delay Timers

An ON-delay timer is a type of time delay relay used to control the activation of a circuit by delaying the initiation of current flow. ON-delay timers are typically used in applications where it is important to ensure that a circuit is not activated until after a certain amount of time has elapsed. This can help prevent accidental circuit activation or allow time for a system to stabilize before it is activated.

OFF-Delay Timers

OFF-delay timers are a type of time delay relay that opens or closes the circuit as soon as power is removed. The contacts will not return to their normal position until the preset time delay has elapsed, at which point the load is de-energized. OFF-delay timers are often referred to as “delay on break” timers. 

If you were to close the control switch again during timing, it would reset the time delay; however, most OFF-delay timers automatically reset when power is lost, but some models allow for manual resetting.

One Shot Timers

One-shot timers are a time delay relay used to activate a circuit after a set amount of time has passed. They are also called single shot timers, single shot interval timers, and single pulse timers. One-shot timers are activated by power. As soon as power is applied, the contacts move to a different position. 

They stay in this new position for the time previously set and then return to their original spot. The timer starts over when the previous cycle is completed, and the switch controlling it is turned off. One-shot timers are often used in industrial settings, such as operating machinery start/stop buttons.

Interval Timers

Interval timers are a time delay relay used to control the length of time an electrical load is energized. They are also called pulse shaping timers, bypass timing timers, interval delay timers, and delay on energization with instantaneous transfer timers.

These kinds of timers work by delaying the application of power to an electrical load until a specific time has elapsed. Once the timer has elapsed, the power is applied and remains on until the timer expires. At this point, power is removed from the load and remains off until power is reapplied.

Recycle Timers

Recycle timers are a type of time delay relay used to control a load’s on and off cycling. They are also called duty cycling or cycle timers. These timers conserve energy by turning a load off and on at regular intervals. They can also be used to create a flashing effect. Recycle timers are either single-function or multi-function devices.

JSZ3-Time-Delay-Relay-1 20220817
JSZ3-Time-Delay-Relay-1 20220817
JSZ3-Time-Delay-Relay-1-20220817

CHINT Time Delay Relay

NJS1 Time Delay Relay

The NJS1 time-delay relay is an electronic device used to control circuits. It is specifically designed for AC 50Hz/60Hz power supplies and can handle voltages up to 380V. The relay has a power consumption of less than 3VA and an electrical life of 1×10(5). It also has a mechanical life of 1×10(6) and can operate in temperatures ranging from -5 degrees Celsius to +40 degrees Celsius.

The NJS1 Time Delay Relay can be used in several ways. For example, it can control motors, lighting, or other electrical devices. It can also be a safety feature in applications where a delay is needed before a circuit is activated.

JSZ3 Time Delay Relay

JSZ3 Time Delay Relay is a kind of advanced electric relay. It adopts microcomputer control, has the function of time delay, and can be widely used in complete equipment automatic control, automatic control system, and machine automatic control.

The JSZ3 Time Delay Relay is a great option for those looking for a precision timer. With a delay precision of less than equal to 10%, it is perfect for a wide range of applications. The ambient temperature range of -5 degrees C to +40 degrees C also makes it suitable for various settings.

Additionally, it can be installed in equipment, panel, or DIN-rail installations, making it adaptable to many different situations.

Conclusion

Time delay relays control circuits’ activation after a set amount of time has passed. There are various time delay relays, each with specific uses. Some common applications for time delay relays include controlling the start and stop of machines, controlling the on and off cycling of a load, and delaying the activation of a circuit.

CHINT is a company that specializes in manufacturing time delay relays. Our products are designed for use in a variety of settings and applications. Some of our most popular products include the NJS1 Time Delay Relay and the JSZ3 Time Delay Relay. Both of these products are highly adaptable and offer great precision. If you are in the market for a time delay relay, CHINT is a great option to consider.

Lo último
MAY 6, 2025 NGC5 Diseñado para la excelencia, fabricado para la fiabilidad

NGC5 Original Manufactured LV Switchgear es el nuevo tipo de montaje de prueba elaborado por CHINT. Establece un nuevo punto de referencia para la fiabilidad y la eficiencia.

APRIL 22, 2025 Cómo protege el magnetotérmico NM8N-HV las salidas de CA de los sistemas solares

El disyuntor de caja moldeada NM8N-HV proporciona una protección esencial para las salidas de CA en sistemas de energía solar contra cortocircuitos y sobrecargas.

APRIL 15, 2025 What is a New Energy Air Switch Disconnector: Facts You Need to Know

Discover how the new energy air switch disconnector (solar disconnector switch) plays a crucial role in ensuring safety and reliability in utility-scale solar and battery energy storage systems (BESS).

APRIL 2, 2025 Experience Smooth Motor Starting with CHINT’s NJRP5-D Soft Starter

This article focuses on CHINT’s NJRP5-D Soft Starter and explores its functionality and advantages.

MARCH 26, 2025 Celda de media tensión GIS RMU CHINT 36/40,5kV: Nuevas aplicaciones energéticas con soluciones innovadoras

La celda de media tensión RMU CHINT no sólo resuelve los retos técnicos y medioambientales, sino que también mejora la eficacia operativa y la rentabilidad de los clientes.

MARCH 21, 2025 Single Phase vs Three Phase Voltage Regulator

This article explains the differences between single phase voltage regulators and three phase voltage regulators.

MARCH 18, 2025 Miniature Circuit Breaker: Understanding UL 489 and UL 1077

This article specifies the key differences between UL 489 and UL 1077, helping choose suitable Miniature Circuit Breakers.

MARCH 17, 2025 IEC frente a UL: Comprender las normas de certificación de disyuntores de aire

Compare la certificación IEC frente a la UL para disyuntores de aire: normas regionales, cumplimiento de las normas de seguridad y soluciones con certificación mundial de CHINT para una protección eléctrica fiable.

MARCH 5, 2025 Guide to Air Circuit Breaker Maintenance

This guide discovers essential inspection, cleaning, and testing procedures of the air circuit breaker to prevent failures and extend equipment lifespan.

FEBRUARY 26, 2025 The Basics of NVF2L Compact Micro Drive

NVF2L Compact Micro Drive is designed to meet the growing demand for efficient, space-saving solutions in various industrial applications. Explore CHINT's industrial drive technology solutions.