G3MC202PLVD15DC - OMRON - Datasheet.Live

225

Solid-state Relay G3MC

Compact, Thin-profile, Low-cost SSR

Switching 1 A (PCB-mounting)

Small bottom surface area (approx. 80% of the

conventional G3MB’s) and ideal for close PCB

mounting.

input and AC output for an applicable load of 1 A

at 40°C.

Compact,

thin-profile SSR

of monoblock construc

tion with an all-in-one frame incorporates a PCB,

terminals, and heat sink.

Approved by UL and CSA.

Conforms to VDE.

Note: Refer

Precautions

on page

229. RCW

Ordering Information

Isolation Zero-cross

function Indicator Snubber

circuit Applicable output

load

Rated input

voltage Model

Phototriac Yes No Yes

1 A at 100 to 120 V

AC 5 VDC G3MC-101P(-VD)

12 VDC

24 VDC

No 5 VDC G3MC-101PL(-VD)

12 VDC

24 VDC

Yes

1 A at 100 to 240 V

AC 5 VDC G3MC-201P(-VD)

12 VDC

24 VDC

No 5 VDC G3MC-201PL(-VD)

12 VDC

24 VDC

Yes

2 A at 100 to 240 V

AC 5 VDC G3MC-202P(-VD)

12 VDC

24 VDC

No 5 VDC G3MC-202PL(-VD)

12 VDC

24 VDC

Note: When

ordering models conforming to VDE(basic insulation), add “-VD” to the model number

. Reinforced insulation models are also

available.

For details, contact your OMRON representative.

G3MC G3MC

226

Specifications

Ratings (Ambient Temperature 25°C)

Input

Rated

voltage

Operating voltage

Impedance V

oltage levels

Must operate voltage

Must dropout voltage

5 VDC

4 to 6 VDC

300

Ω

±20% 4 VDC max.

1 VDC min.

12 VDC

9.6 to 14.4 VDC

800

Ω

±20%

9.6 VDC max.

24 VDC

19.2 to 28.8 VDC

1.6 k

Ω

±20%

19.2 VDC max.

Note:

Each model has 5-VDC, 12-VDC, and 24-VDC input versions.

Output

Model

Applicable load

Rated load voltage Load voltage

Load current

Inrush current

G3MC-101P

G3MC-101PL

100 to 120 V

50/60 Hz

75 to 132 V

50/60 Hz

0.1 to 1 A

8 A (60 Hz, 1 cycle)

G3MC-201P

G3MC-201PL

100 to 240 V

50/60 Hz

75 to 264 V

50/60 Hz

G3MC-202P(-VD)

G3MC-202PL(-VD)

100 to 240 V

50/60 Hz

75 to 264 V

50/60 Hz

0.1 to 2 A

30 A (60 Hz, 1 cycle)

Characteristics

Item G3MC-101P

(-VD) G3MC-101PL

(-VD) G3MC-201P

(-VD) G3MC-201PL

(-VD) G3MC-202P

(-VD) G3MC-202PL

(-VD)

Operate

time

1/2 of load

power source

cycle + 1 ms

1 ms max.

1/2 of load

power source

cycle + 1 ms

1 ms max.

1/2 of load

power source

cycle + 1 ms

1 ms max.

Release time

1/2 of load power source cycle + 1 ms)

Output ON voltage drop

1.6 V (RMS) max.

Leakage current

1 mA max. (at 100 V

AC)

1.5 mA max. (at 200 V

AC)

Insulation resistance

1,000 M

Ω

min. (at 500 VDC)

---

Dielectric strength

2,500 V

AC, 50/60 Hz for 1 min

ibration resistance

Malfunction: 10 to 55 Hz, 0.75-mm double amplitude

Shock resistance

Malfunction: 1,000 m/s

2---

Ambient temperature

Operating: –30°

C to 80

C (with no icing or condensation)

Storage: –30°

C to 100

C (with no icing or condensation)

Approved standards

UL508 File No. E64562, CSA C22.2 (No. 14, No. 950) File No.

LR35535, EN60950 File No. 5925UG (“-VD” type)

---

Ambient humidity

Operating: 45% to 85%

Weight

Approx. 2.5 g

Approx. 5 g

G3MC G3MC

227

Engineering Data

Load current (A)

Ambient

temperature (

°C)

Load Current vs. Ambient

Temperature Characteristics

Inrush peak current (A)

Energizing

time (ms)

Inrush Current Resistivity

Non-repetitive

(Keep

the inrush current to half

the

read value if it occurs repeatedly

Inrush Current Resistivity

Non-repetitive

(Keep the

inrush current to

half the read value if

it occurs repeatedly

G3MC-202P(L) G3MC-101P(L),

G3MC-201P(L)

Inrush peak current (A)

Energizing time (ms)

G3MC G3MC

228

Dimensions

Note:

All units are in millimeters unless otherwise indicated.

G3MC-101P(L)(-VD),

G3MC-201P(L)(-VD)

13.5

max.

24.5 max. 4.5 max.

PCB

Dimensions

(Bottom View)

Four, 1.0-dia. holes

Terminal

Arrangement

(Bottom View)

G3MC-202P(L)(-VD)

PCB Dimensions

(Bottom View)

erminal Arrangement

(Bottom View)

Four, 1.0-dia. holes

5 dia.

4.5 max.

1.95 max.

1.5 max.

20.5 max.

24.5 max. 1.3

0.25

1.2

4-0.7

7.62

2.54

10.16

2.54

4-1.6

3.5

0.8

G3MC G3MC

229

Precautions

General Precautions

sure to turn of

f power to

the SSR before wiring the SSR, other

wise

an electric shock may be received.

not touch the

terminals of the SSR while power is being supplied

the SSR. The terminals are charged with the power

and an elec

tric

shock may be received by touching the terminals.

The

built-in capacitor may have a residual voltage after the SSR is

turned

f. Be sure to discharge the residual voltage before touching

the terminals of the SSR, otherwise an electric shock may be re-

ceived.

Mounting

1. Make

sure that no excessive voltage or current is imposed on

or flows to the input or output circuit of the SSR, otherwise the

SSR

may malfunction or burn.

2. Solder

the terminals of the SSR properly under the required

soldering conditions. The SSR may be abnormally heated

and burn if power is supplied to the terminals soldered

incorrectly.

3. Do not short-circuit the load of the SSR while power is

supplied to the SSR. Do not short-circuit the power supply

through

the SSR. The SSR may be damaged, malfunction, or

burn

if the load or power supply is short-circuited.

Correct Use

The

terminals of the SSR

are highly heat-conductive. Each terminal

must

be soldered within 10 s at 260

C or within 5 s at 350

°C.

The SSR is of a thin-profile construction. T

o maintain the vibration

resistance

of the SSR, make sure that the space between the SSR

and PCB is 0.1 mm maximum. Lifting of the PCB can be prevented

by setting the hole diameter of the PCBs on both sides slightly

smaller

than the actual terminal dimension.

Select the model without the zero-cross function when using the

Unit

for phase control output.

The

casing works as a heat sink. When mounting two or more Units

closely, make sure that the Units are properly ventilated by taking

ambient temperature rises into consideration. If Units are closely

mounted

and used in places with no ventilation, the

load current of

each

Unit must be 1/2 of the rated load current.

Fusing characteristics

The

G3MC has a

function that forces an open mode failure when an

overcurrent

exceeds the rated value. The fusing characteristics of

the G3MC, however, are not the same as those of a general-use

glass fuse. Machines that use the G3MC must be provided with a

safety

device, such as a fuse

or breaker

, and ON-OFF tests or short-

circuit

tests must be implemented to

confirm the following items and

detailed influences. Users must determine test conditions and im-

plement

tests on reliability as required by the machine.

Life test under continuous electric current

2. On-off cycle test

Influence by ambient temperature

Influence by power source frequency

Influence by power source voltage fluctuation

Note: Contact your local OMRON sales office for more detailed

information.

Protective Element

No overvoltage absorption element is built in. Therefore, if the

G3MC is connected to an inductive load, be sure to connect the

overvoltage

absorption element.

G3MC-jjj

PL (without Zero cross function)

Phototriac

Input Protective

element

(MOV) Power

supply

Load

G3MC-jjj

P (with Zero cross function)

Phototriac

Input Protective

element

(MOV) Power

supply

Load

ALL DIMENSIONS SHOWN ARE IN MILLIMETERS.

convert millimeters into inches, multiply by 0.03937. T

o convert grams into ounces, multiply by 0.03527.

Cat. No. J108-E1-1B