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The product query "TRZ 24VDC 1CO" refers to the Weidmüller TRZ 24VDC 1CO Relay Module, part of the TERMSERIES family. The module is a complete unit consisting of a relay and a base, designed for industrial control applications. Weidmüller TRZ 24VDC 1CO specificationsAccording to the manufacturer Weidmüller and product listings, here are the key specifications for the relay module: 

• Coil (Control) Voltage: 24 V DC ±20%.
• Coil Current: 11.5 mA.
• Contact Configuration: 1 CO contact (also known as Single Pole, Double Throw or SPDT).
• Contact Material: Silver Nickel (AgNi).
• Continuous Current: 6 A.
• Max. Output Rating (Resistive Load): 250 V AC / 6 A.
• Connection Method: Tension clamp connection.
• Mounting: DIN Rail.
• Status Indicator: Green LED.
• Protective Circuit: Integrated free-wheeling diode and reverse polarity protection.
• Dimensions: 6.4 mm (width) x 90.5 mm (height) x 87.8 mm (depth)

The HK19F24V is a general part number for a subminiature, DPDT (Double Pole, Double Throw) relay with a 24V DC coil. The HK19F series is produced by manufacturers like Huike and Ever-way. The full model number often includes suffixes indicating the sealing and whether it is RoHS compliant, such as HK19F-DC24V-SHG. Key specifications

• Series: HK19F series
• Coil Voltage: 24V DC
• Contact Form: 2C (DPDT), meaning it has two independent sets of contacts.
• Contact Ratings: 1A at 125V AC or 2A at 30V DC.
• Max Switching Power: 125 VA / 60 W.
• Terminals: Typically 8 pins for mounting on a printed circuit board (PCB).
• Sealing: Often epoxy-sealed (-SHG suffix), making it dust-proof and suitable for flow soldering and washing.
• Size: Compact, subminiature design. 

Typical applicationsThe HK19F24V relay is a versatile component suitable for a range of low-power switching applications, including: 

• Telecommunications equipment
• Remote controls
• Industrial control systems
• Various other electronic devices

Product overviewThe Weidmüller RS113024 power relay is a compact switching relay used in electrical control systems. Key specifications
According to the Weidmüller e-shop, the RSS113024 has the following specifications: 

• Version: TERMSERIES, relay, number of contacts: 1 CO contact AgNi, rated control voltage: 24 V DC, continuous current: 6 A, plug-in connection, test button: No
• Dimensions (Depth/Width/Height): 15 mm / 28 mm / 5 mm
• Operating and storage temperature: -40 °C to 85 °C
• Rated control voltage: 24 V DC
• Rated current: 7 mA
• Coil resistance: 3388 Ω ± 10 % 

Features

● Slim size (width 5mm)
● High breakdowm voltage 4kV (between coil and contacts)
● Surge voltage up to 6kV (between coil and contacts)
● Meeting VDE 0700, 0631 reinforce insulation
● High sensitive: Approx.170mW
● Sockets available
● 1 Form A and 1 Form C configurations
● Environmental friendly product (RoHS compliant)
● Outline Dimensions: (28.0 x 5.0 x 15.0) mm

Phoenix Contact Slim Relay is a type of electromechanical relay that is designed with a compact and slim profile. These relays are commonly used in industrial control systems, automation equipment, and power distribution applications.

Slim relays are designed to save space in electrical cabinets and control panels, while still providing reliable and long-lasting performance. Phoenix Contact Slim Relays come in various configurations, including single and double pole versions, with AC or DC coil voltages, and with different contact ratings.

Some features of Phoenix Contact Slim Relays include a high switching capacity, a long mechanical and electrical service life, and a low power consumption. They also have an LED indicator that shows the status of the relay and a test button for manual operation.

Overall, Phoenix Contact Slim Relays offer a great solution for those looking for a reliable and compact relay for their industrial control or automation syste

Phoenix Contact Slim Relay is a type of electromechanical relay that is designed with a compact and slim profile. These relays are commonly used in industrial control systems, automation equipment, and power distribution applications.

Slim relays are designed to save space in electrical cabinets and control panels, while still providing reliable and long-lasting performance. Phoenix Contact Slim Relays come in various configurations, including single and double pole versions, with AC or DC coil voltages, and with different contact ratings.

Some features of Phoenix Contact Slim Relays include a high switching capacity, a long mechanical and electrical service life, and a low power consumption. They also have an LED indicator that shows the status of the relay and a test button for manual operation.

Overall, Phoenix Contact Slim Relays offer a great solution for those looking for a reliable and compact relay for their industrial control or automation system.

A glass relay is an electrical relay that uses glass as the primary insulating material. Glass relays are used in various applications, including power systems, industrial control, and instrumentation.

The main advantage of glass relays is their ability to withstand high temperatures, making them suitable for use in harsh environments. They also offer excellent insulation properties, high voltage ratings, and good resistance to electrical arcs.

Glass relays can be constructed in different forms, including sealed glass capsules, open frame glass structures, or vacuum encapsulated structures. The design of a glass relay can vary depending on the application and requirements.

However, the use of glass relays has decreased over time due to the availability of more advanced and cost-effective alternatives, such as solid-state relays and electromechanical relays using other insulating materials.

Plug-in industrial relay with power contacts, 2 changeover contacts, test button, status LED, mechanical switch position indicator, input voltage: 230 V AC

A glass relay is an electrical relay that uses glass as the primary insulating material. Glass relays are used in various applications, including power systems, industrial control, and instrumentation.

The main advantage of glass relays is their ability to withstand high temperatures, making them suitable for use in harsh environments. They also offer excellent insulation properties, high voltage ratings, and good resistance to electrical arcs.

Glass relays can be constructed in different forms, including sealed glass capsules, open frame glass structures, or vacuum encapsulated structures. The design of a glass relay can vary depending on the application and requirements.

However, the use of glass relays has decreased over time due to the availability of more advanced and cost-effective alternatives, such as solid-state relays and electromechanical relays using other insulating materials.

Plug-in industrial relay with power contacts, 2 changeover contacts, test button, status LED, mechanical switch position indicator, input voltage: 24 V DC

A glass relay is an electrical relay that uses glass as the primary insulating material. Glass relays are used in various applications, including power systems, industrial control, and instrumentation.

The main advantage of glass relays is their ability to withstand high temperatures, making them suitable for use in harsh environments. They also offer excellent insulation properties, high voltage ratings, and good resistance to electrical arcs.

Glass relays can be constructed in different forms, including sealed glass capsules, open frame glass structures, or vacuum encapsulated structures. The design of a glass relay can vary depending on the application and requirements.

However, the use of glass relays has decreased over time due to the availability of more advanced and cost-effective alternatives, such as solid-state relays and electromechanical relays using other insulating materials.

Plug-in industrial relay with power contacts, 4 changeover contacts, test button, status LED, mechanical switch position indicator, input voltage: 24 V DC

A glass relay is an electrical relay that uses glass as the primary insulating material. Glass relays are used in various applications, including power systems, industrial control, and instrumentation.

The main advantage of glass relays is their ability to withstand high temperatures, making them suitable for use in harsh environments. They also offer excellent insulation properties, high voltage ratings, and good resistance to electrical arcs.

Glass relays can be constructed in different forms, including sealed glass capsules, open frame glass structures, or vacuum encapsulated structures. The design of a glass relay can vary depending on the application and requirements.

However, the use of glass relays has decreased over time due to the availability of more advanced and cost-effective alternatives, such as solid-state relays and electromechanical relays using other insulating materials
Plug-in industrial relay with power contacts, 4 changeover contacts, test button, status LED, mechanical switch position indicator, input voltage: 230 V AC

Plug-in miniature power relay, with power contact, 1 changeover contact, input voltage 24 V DC

Your advantages• Safe isolation according to DIN EN 50178 between coil and contact• High degree of protection up to RT III depending on type (wash-proof)• Power contacts up to 6 A

Electrical propertiesMaximum power dissipation for nominal condition 0.17 WTest voltage (Winding/contact) 4 kV AC (50 Hz, 1 min., winding/contact)

Input dataCoil sideNominal input voltage UN 24 V DCInput voltage range 14.4 V DC ... 66 V DCInput voltage range in reference to UN see diagramTypical input current at UN 7 mATypical response time 5 msTypical release time 2.5 msCoil resistance 3390 Ω ±10 % (at 20 °C)

Output dataSwitchingContact type 1 changeover contactType of switch contact Single contact
Drive and function monostableContact material AgSnOMaximum switching voltage 250 V AC/DCMinimum switching voltage 5 V (at 100 mA)Limiting continuous current 6 AMaximum inrush current 10 A (4 s)Min. switching current 10 mA (at 12 V)

Connection dataConnection method Plug / solder connection

Plug-in miniature power relay, with multi-layer gold contact, 1 changeover contact, input voltage 24 V DC

PLC-INTERFACE, consisting of basic terminal block PLC-BSC.../21 with screw connection and plug-in miniature relay with power contact, for assembly on DIN rail NS 35/7,5, 2 changeover contacts, input voltage 24 V DC

Plug-in miniature power relay, with power contact, 2 changeover contacts, input voltage 24 V DC

PLC-INTERFACE, consisting of basic terminal block PLC-BSC.../21 with screw connection and plug-in miniature relay with power contact, for assembly on DIN rail NS 35/7,5, 2 changeover contacts, input voltage 24 V DC

The product reference RS113012 is associated with the RSS113012 miniature switching relay from Weidmuller, with the manufacturer part number 4061610000. It is part of the TERMSERIES family and features a 12 V DC rated control voltage. Product specificationsAccording to the Weidmüller e-shop and Mouser Electronics, the specifications for the Weidmuller RSS113012 miniature switching relay are as follows: 

• Version: TERMSERIES, Relay
• Number of contacts: 1 CO contact (change-over contact), AgNi
• Rated control voltage: 12 V DC
• Rated current DC: 14 mA
• Continuous current: 6 A
• Connection: Plug-in
• Power rating: 170 mW
• Coil resistance: 847 Ω ±10%
• Status indicator: No
• Test button: No
• Dimensions: 15 mm depth x 28 mm height x 5 mm width
• Weight: 4.65 g
• Storage temperature: -40 °C to 85 °C

The number 1533207 is primarily an article number for a specific type of relay module sold by manufacturers and distributors like Phoenix Contact. There is no known special mathematical or general cultural significance associated with this number. In commerce and manufacturingThe number 1533207 is used as an article or part number for the PLC-RSC-24DC/21/UWL/IN relay module. This is an unassembled PLC-interface relay intended for electronics applications, with technical specifications including: 

• Input voltage: 24V DC
• Output: 6A
• Design: Slim with a base
• Components: A bulk pack consisting of 30 PLC series bases and 30 miniature relays

The product code G3PJ-215B-PU refers to the Omron G3PJ-215B-PU DC12-24 Solid State Relay. It is a single-phase solid-state relay (SSR) designed for DIN rail mounting and features push-in terminals. This version is suitable for heaters and uses zero-crossing technology for switching. SpecificationsAccording to the Omron Industrial Automation website and datasheets, the following specifications apply: 

• Mounting: DIN rail or screw mount.
• Dimensions: 22.5 mm (W) x 100 mm (H) x 100 mm (D).
• Control Voltage: 12 to 24 VDC.
• Load Voltage: 19 to 264 VAC.
• Rated Load Current: 15 A (when mounted closely).
• Rated Load Voltage: 24 to 240 VAC.
• Switching Method: Zero-crossing.
• Terminals: Push-in terminal block.
• Output Device: Triac.
• Indicator: Yellow LED operation indicator.

Continuous plug-in bridge, length: 500 mm, color: blue

A glass relay is an electrical relay that uses glass as the primary insulating material. Glass relays are used in various applications, including power systems, industrial control, and instrumentation.

The main advantage of glass relays is their ability to withstand high temperatures, making them suitable for use in harsh environments. They also offer excellent insulation properties, high voltage ratings, and good resistance to electrical arcs.

Glass relays can be constructed in different forms, including sealed glass capsules, open frame glass structures, or vacuum encapsulated structures. The design of a glass relay can vary depending on the application and requirements.

However, the use of glass relays has decreased over time due to the availability of more advanced and cost-effective alternatives, such as solid-state relays and electromechanical relays using other insulating materials.
Plug-in industrial relay in basic design with power contacts, 4 changeover contacts, test button, status LED, mechanical switch position indicator, input voltage: 24 V AC

OEN is a company that specializes in the manufacture of electrical components and systems, including relays. A "glass relay" is a type of relay that uses glass as its primary insulation material. The use of glass in relays offers several advantages, including high insulation resistance, good thermal stability, and excellent resistance to mechanical and chemical stresses.

OEN makes a range of glass relays that are designed for use in various industrial applications. These relays are known for their high reliability and long service life. They are commonly used in industries such as automotive, aerospace, and telecommunications, as well as in power generation and distribution systems.

If you need more specific information about OEN's glass relays, it may be helpful to contact the company directly or visit their website for product specifications and technical details.

OEN is a company that specializes in the manufacture of electrical components and systems, including relays. A "glass relay" is a type of relay that uses glass as its primary insulation material. The use of glass in relays offers several advantages, including high insulation resistance, good thermal stability, and excellent resistance to mechanical and chemical stresses.

OEN makes a range of glass relays that are designed for use in various industrial applications. These relays are known for their high reliability and long service life. They are commonly used in industries such as automotive, aerospace, and telecommunications, as well as in power generation and distribution systems.

If you need more specific information about OEN's glass relays, it may be helpful to contact the company directly or visit their website for product specifications and technical details.

Continuous plug-in bridge, length: 500 mm, color: gray