ESR20-300-0-000-4A

ESR20-300-0-000-4A E-T-A | Alldatasheet

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www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218

Description

The ESR20 (Electronic Standard Relay) solid state relay is used in applications, where mechanical ISO mini relays reach their technical performance limits. The scope of versions covers both positive and negative drive levels. The 4 A version is also available as Low Side Switch. The ESR20 is highly attractive because of its continuous current, switching frequency, long typical life and silent switching, and it is also extremely robust against environmental influences. Qualifications Degree of protection IP50 Noise immunity 95/54 EG & DIN 40839 E1 number E1*10R06/01*9393*00 for the 4 A version E1 number for other current ratings upon request BenefitsApplications The ESR20 solid state relay is suitable for all applications in DC 12 V and DC 24 V on-board electrical systems. Typical applications: l Road vehicles (passenger cars, bicycles, trucks, buses, working vehicles and emergency cars, special vehicles) l Agricultural vehicles and construction machinery l Marine vehicles (ships and boats, motor yachts etc.) Typical applications: l Wherever loads must be switched, e.g. when controlling pumps, valves, lamps or fans l Positive and negative drive levels and also High Side Switch and Low Side Switch l The solid state relay's electronics switch wear-free, ensuring total operational readiness for the vehicle's entire typical life. Expensive complaints and service calls are omitted. l The silent switching increases the driver's comfort in the driver's cab. The driver is not distracted by unidentified switching noises. l The solid state relay is extraordinarily robust against vibration.

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 Technical data (25 °C) ESR20 - 3 0 1 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 1 1 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 2 1 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 3 1 - 0 0 0 - 0 0 0 - 4 A High side switch Low side switch Input positive or negative drive level (see ordering number code) Continuous current 4 A 4 A Rated voltage 12 V/24 V 12 V/24 V Quiescent current < 100 µA < 100 µA Max. switching current for 100 ms 15 A 9.8 A Contact voltage drop RDS(on) 40 mOhm at 25 °C 31 mOhm at 25 °C Switching time ON 30 µs 40-100 µs Switching time OFF 30 µs 70-170 µs PWM frequency 500 Hz 500 Hz Mass 20 g 20g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor Maximum switching performance 160 m Joule tDEMAG = 0.13 ms Technical data (25 °C) ESR20 - 3 0 0 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 1 0 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 2 0 - 0 0 0 - 0 0 0 - 4 A ESR20 - 3 3 0 - 0 0 0 - 0 0 0 - 4 A High side switch Low side switch Input positive or negative drive level (see ordering number code) Continuous current 4 A 4 A Rated voltage 12 V/24 V 12 V/24 V Quiescent current < 100 µA < 100 µA Max. switching current for 100 ms 15 A 9.8 A Contact voltage drop RDS(on) 40 mOhm at 25 °C 31 mOhm at 25 °C Switching time ON 30 µs 40-100 µs Switching time OFF 30 µs 70-170 µs PWM frequency 500Hz 500Hz Mass 20 g 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor Maximum switching performance 80 m Joule tDEMAG = 0.13 ms

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 ESR20 - Solid state relay ESR20-300-000-000-10 A - Technical data ESR20-301-000-000-10 A - Technical data High Side Switch Continuous current 10 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 30 A Contact voltage drop R DS(on) 25 mOhm Switching time ON 30 µs Switching time OFF 30 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 10 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 30 A Contact voltage drop R DS(on) 25 mOhm Switching time ON 30 µs Switching time OFF 30 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms ESR20-300-000-000-15 A - Technical data ESR20-301-000-000-15 A - Technical data High Side Switch Continuous current 15 A Input Positive voltage Rated voltage 12 V and 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 50 A Contact voltage drop RDS(on) 9 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 15 A Input Positive voltage Rated voltage 12 V and 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 50 A Contact voltage drop RDS(on) 9 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 ESR20-310-000-000-15 A - Technical data ESR20-311-000-000-15 A - Technical data ESR20-310-000-000-10 A - Technical data ESR20-311-000-000-10 A - Technical data High Side Switch Continuous current 10 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 300 µA Max. switching current for 100 ms 30 A Contact voltage drop RDS(on) 25 mOhm Switching time ON 30 µs Switching time OFF 30 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 10 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 300 µA Max. switching current for 100 ms 30 A Contact voltage drop RDS(on) 25 mOhm Switching time ON 30 µs Switching time OFF 30 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 15 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 50 A Contact voltage drop RDS(on) 9 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 15 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V ... 30 V Quiescent current < 100 µA Max. switching current for 100 ms 50 A Contact voltage drop RDS(on) 9 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 ESR20 - Solid state relay ESR20-300-000-000-25 A - Technical data ESR20-301-000-000-25 A - Technical data High Side Switch Continuous current 25 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 100 µA Max. switching current for 100 ms 100 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 25 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 100 µA Max. switching current for 100 ms 100 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms ESR20-310-000-000-25 A - Technical data ESR20-311-000-000-25 A - Technical data High Side Switch Continuous current 25 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 200 µA Max. switching current for 100 ms 100 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 25 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 200 µA Max. switching current for 100 ms 100 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 20 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 ESR20-300-000-000-35 A - Technical data ESR20-301-000-000-35 A - Technical data High Side Switch Continuous current 35 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 300 µA Max. switching current for 100 ms 115 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500Hz Operating temperature -40 °C...+85 °C Mass 30 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 A 9.5 x 1.2 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 35 A Input Positive voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 300 µA Max. switching current for 100 ms 115 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 30 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 A9.5 x 1.2 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms ESR20-310-000-000-35 A - Technical data ESR20-311-000-000-35 A - Technical data High Side Switch Continuous current 35 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 300 µA Max. switching current for 100 ms 115 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 30 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 A 9.5 x 1.2 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 80 m Joule tDEMAG = 0.13 ms High Side Switch Continuous current 35 A Input Negative voltage Rated voltage 12 V / 24 V Operating voltage 9 V… 30 V Quiescent current < 300 µA Max. switching current for 100 ms 115 A Contact voltage drop RDS(on) 5 mOhm Switching time ON 200-350 µs Switching time OFF 200-350 µs PWM frequency 500 Hz Operating temperature -40 °C...+85 °C Mass 30 g Materials Blade terminals A 6.3 x 0.8 DIN 46 244 A 9.5 x 1.2 DIN 46 244 CuZn 37 F37 Housing material PA6GF Output Semi-conductor switch (NO) Degree of protection IP50 Maximum switching performance 160 m Joule tDEMAG = 0.13 ms

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 ESR20 - Solid state relay Ordering number code Type No. ESR20 Solid state relay Operating voltage 3 12 V/24 V Control

0 Positively driven - High Side Switch

1 Negatively driven - High Side Switch

2 Positively driven - Low Side Switch

3 Negatively driven - Low Side Switch

0 without free-wheeling diode 1 with free-wheeling diode Option 2 000 -000 Current rating 4 A Dimensions continuous current 4 A/10 A/15 A/25 A Dimensions 35 A

4 PIN

41.5 1531 Ordering number code Type No. ESR20 Solid state relay Operating voltage 3 12 V/24 V Control 0 without free-wheeling diode 1 with free-wheeling diode Option 2 000 -000 Current rating 10 A 15 A 25 A 35 A All information and data given on our products are accurate and reliable to the best of our knowledge, but E-T-A does not accept any responsibility for the use in applications which are not in accordance with the present specification. E-T-A reserves the right to change specifications at any time in the interest of improved design, performance and cost effectiveness. Dimensions are subject to change without notice. Please enquire for the latest dimensional drawing with tolerances if required. All dimensions, data, pictures and descriptions are for information only and are not binding. Amendments, errors and omissions excepted. Ordering codes of the products may differ from their marking.

www.e-t-a.de ESR20 - Solid state relay ENGI NEE RING T ECHNOLOG Y 2218 Schematic diagram/Pin assignment ESR20-30x-000-000-xxA status chart ESR20-31x-000-000-xxA status chart ESR20-30x-000-000-xxA +BAT (PIN30) GND (PIN31) IN (PIN15) Load (PIN87) ESR20-31x-000-000-xxA GND (PIN31) IN (PIN15) Load (PIN87) +BAT (PIN30) ESR20-300 +Ubatt -Ubatt control logic ESR20-310 +Ubatt -Ubatt control logic LoadLoad Load ESR20-320 +Ubatt -Ubatt control logic ESR20-330 +Ubatt -Ubatt control logic Load Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! ESR20-300 +Ubatt -Ubatt control logic ESR20-310 +Ubatt -Ubatt control logic LoadLoad Load ESR20-320 +Ubatt -Ubatt control logic ESR20-330 +Ubatt -Ubatt control logic Load Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! Caution: Ubatt must on no account be removed! ESR20-xx0-xxx-xxx-xxA without free-wheeling diode ESR20- xx1-xxx-xxx-xxA with free-wheeling diode Note for the electrical design Technical information depending on the application. Single Pulse (inductive loads): Maximum switching performance. Emax = 80 m Joule (T-Demag = 0.13 ms) Formula for calculating the inductance. I2 x L < 160 m Joule PWM operation (resistive loads only): Frequencies up to 500 Hz Note: Short circuit protection limited, make sure that there is suffi- cient interference suppression! Other operating modes and loads: Coils, motors and fans depending on the application. Technical information depending on the application. Single Pulse (inductive loads): Maximum switching performance. Emax = 160 m Joule (T-Demag = 0.13 ms) Formula for calculating the inductance. I2 x L < 320 m Joule PWM operation (resistive loads only): Frequencies up to 500 Hz Note: Short circuit protection limited, make sure that there is suffi- cient interference suppression! Other operating modes and loads: Coils, motors and fans depending on the application.