Panasonic INDUSTRY DC12V-Y7 SFY Relay HE-R Power Relay Installation Guide
- June 2, 2024
- Panasonic INDUSTRY
Table of Contents
- Panasonic INDUSTRY DC12V-Y7 SFY Relay HE-R Power Relay
- Product Usage Instructions
- Power relays line up
- DC load switching capacity (reference value)
- Our Superior Microwave Devices Our Superior Microwave Devices Product
- Support for Wide Range of Frequencies Support for Wide Range of
- Lineup of Safety relays and Accessories
- Accessories
- Forcibly guided contact structure
- Power Relays (Over 2A) selector chart
- High-capacity DC cut off Relays selector chart
- Microwave Devices Selector Chart
- Safety Relays Selector Chart
- Characteristics
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Panasonic INDUSTRY DC12V-Y7 SFY Relay HE-R Power Relay
Specifications
- Product Type : Mechanical Relays
- Categories: Power Relays (Over 2 A), High-capacity DC cut off Relays, Signal Relays (2 A or less), Microwave Devices, Safety Relays
Product Usage Instructions
-
Power Relays (Over 2 A)
Power relays with a switching capacity over 2 A are suitable for high-power applications. Refer to the selector chart for specific models and contact ratings. -
High-capacity DC Cut Off Relays
These relays are designed for cutting off high-capacity DC loads. Ensure to test the actual conditions before use, as indicated in the guidelines. -
Signal Relays (2 A or Less)
Signal relays with a current rating of 2 A or less are ideal for low-power signal switching applications. Explore the wide variety of signal relays available for different equipment. -
Microwave Devices
Microwave devices offer specialized functionality for microwave applications. Consult the selector chart for specific models and applications. -
Safety Relays
Safety relays provide protection in various industrial settings. Refer to the selector chart for choosing the appropriate safety relay for your application.
FAQ
-
Q: How do I select the right power relay for my application?
A: Refer to the power relays selector chart provided in the manual to choose a relay based on your load requirements and contact ratings. -
Q: Can signal relays handle high-power applications?
A: Signal relays are designed for low-power signal switching and may not be suitable for high-power applications. Consider using power relays for high- power needs.
Mechanical Relays
Power Relays ( Over 2 A ) /
High-capacity DC cut off Relays / Signal Relays ( 2 A or less ) / Microwave
Devices / Safety Relays
SELECTION GUIDE
IN Better Solution
Power relays line up
Non polarized type power relays
Polarized type power relays ( with latching )
DC load switching capacity (reference value)
AC load relays shown below can switch DC load as following chart
This chart is guideline for using DC load. Please test actual condition before
use.
Maximum DC load switching capacity
Conditions: resistive load, electrical expected life of 104 cycles
(reference value)
Signal relays line up
Wide variety of signal relays leading on the global market with high
Communication Network Equipment
- GN
- Bottom surface area 5.7 × 10.6 mm2
- Compact slim body
- High sensitivity 100 mW type
- GQ
- Low profile : 5.2 mm
- Compact flat body
- High sensitivity 100 mW type
- GQ ( TH )
- Small size controlled 3.5 A inrush current possible
- TX
- High contact capacity
- High dielectric strength
OA Equipment / Thermostat
Signal relays line up performance and quality
Signal Relays
Security
- TX ( TH )
- Controlled 7.5 A inrush current possible
- TX-S
- High sensitivity 50 mW type
- TX-D
- Surge Withstand voltage 6,000 V
- TQ
- Low profile : 5 mm
- TQ ( SMD )
- Low profile : 5.6 mm
- DS
- High switching
- capacity : 2 A
Precision / Industrial Equipment
Our Superior Microwave Devices Our Superior Microwave Devices Product
Line up Product Lineup
Application
Support for Wide Range of Frequencies Support for Wide Range of
Frequencies
Product lineup
Lineup of Safety relays and Accessories
Accessories
- DIN rail terminal sockets are available
- Spade and ring tongue terminal compatible
- Compatible with the following types of wire-pressed terminals
Forcibly guided contact structure
Complies with safety standard ( IEC/EN61810-3 )
- Equipped with forcibly guided contact structure that enables detection of contact welding and construction of safety circuit.
- Designed so that contacts 1 Form A (a) and 1 Form B (b) will not close at the same time.
- Designed with at least 0.5 mm space between contacts.
( Example ) - SF Relay Slim type 4a2b -
Other contact gaps when contacts are welded
- 0.5: contact gap is kept at min. 0.5 mm .020 inch
- Empty cells: either ON or OFF-: welded contact
- Note: The table above shows the state of the other contacts.
- In case of form a contact weld the coil applied voltage is “ Nonenergized ”.
- In case of form b contact weld the coil applied voltage is nominal ( energized ).
- Note: Contact gaps are shown at the initial state.
If the contact transfer is caused by load switching, it is necessary to check the actual loading.
Power Relays (Over 2A) selector chart
High-capacity DC cut off Relays selector chart
Signal Relays ( 2 A or less ) selector chart
Microwave Devices Selector Chart
Safety Relays Selector Chart
Characteristics
UL Coil Insulation
Coil Insulation | Relay |
---|---|
ULB | LQ, LZ, LZN, JW |
ULF | LDP, LFG, LQ, LZ, LZN,HE,HEPV, HEN , HES, HEV |
TV rated
TV rated | Relay |
---|---|
TV2 | |
TV3 | ST, LQ ( 1 Form A ) * |
TV4 | |
TV5 | LZ, LZN, JW |
TV8 | DW ( Inrush type ), LF, HES ( STD type N.O. ) |
TV10 | HE ( 2 Form A ), HES ( Long life type N.O. ) |
TV15 | HE ( 1 Form A ), HEPV ( 35 A ) |
- For TV3 type, please contact our sales representative for details.
Surge voltage between contact and coil
Surge voltage | Relay |
---|---|
5,000 V | DSP |
6,000 V | ST, PF, LFG, PAN |
8,000 V | LQ |
10,000 V | LF, LDP,LZ, LZN, JW, HE, HEPV, HEN, HES, HEV, DJ, DK, DY, HER |
12,000 V | DE, DW |
High frequency characteristics
Relay | Arrangement | Isolation | Insertion loss |
---|---|---|---|
RD COAXIAL SWITCH | SPDT Transfer SP6T | Min. 80 dB ( 1 to 4 GHz ) SPDT Min. 60 | |
dB ( 12.4 to 18 GHz ) Transfer Min. 80 dB ( 1 to 4 GHz ) SP6T | Max. 0.2 dB ( 1 |
to 4 GHz ) SPDT Max. 0.5 dB ( 12.4 to 18 GHz ) Transfer Max. 0.2 dB ( 1 to 4
GHz ) SP6T
RN RELAY| 1 Form C| Min. 30 dB ( 3 to 6 GHz )| Max. 0.5 dB ( 3 to 6 GHz )
RJ RELAY| 2 Form C| Min. 30 dB ( 5 GHz ) ( Between contact sets )| Max. 0.5 dB
( 5 GHz )
RA RELAY| 2 Form C| Min. 30 dB ( 1 GHz ) ( Between contact sets )| Max. 0.3 dB
( 1 GHz )
RS RELAY| 1 Form C| Min. 30 dB ( 3 GHz ) 50 Ω Surface mount terminal Min. 35
dB ( 3 GHz ) 75 Ω PC board terminal| Max. 0.5 dB ( 3 GHz ) 50 Ω Surface mount
terminal Max. 0.35 dB ( 3 GHz ) 75 Ω PC board terminal
- Terminal socket
- SP, NC, HE, SFS
- Socket
- S, ST, NC, PAN,DK, DSP, JW, SFS
- LED
- operation indication type SFS
SAFETY STANDARDS Each standard may be updated at any time, so please check our
Website for the latest information.
https://www3.panasonic.biz/ac/e/service/export/information/standards/relay/index.jsp?c=search
- Please refer to “the latest product specifications” when designing your product.
- Requests to customers:
- Global Sales Network Information : industrial.panasonic.com/ac/e/salesnetwork
- Electromechanical Control Business Division
- 1006, Oaza Kadoma, Kadomashi, Osaka 571-8506, Japan industrial.panasonic.com/ac/e/
- ©Panasonic Industry Co., Ltd. 2023
- Specifications are subject to change without notice. ASCTB444E 202304
- Panasonic Industry Co., Ltd. Electromechanical Control Business Division industrial.panasonic.com/ac/e/
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>