SPA

SPA Series Switching mode power supply with minimized noise and ripple Features ● Built-in overcurrent protection, outp...

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SPA Series Switching mode power supply with minimized noise and ripple Features

● Built-in overcurrent protection, output short-circuit protection, overheating and overvoltage protection circuits(SPA-075/100) ● Standard on safety IEC 60950, IEC 50178 ● EMS(Electromagnetic susceptibility) EN61000-6-2 ● EMI(Electromagnetic interference) EN61000-6-4 ● Output voltage : 5VDC, 12VDC, 24VDC ● Output current : 30W, 50W, 75W, 100W Please read “Caution for your safety” in operation manual before using.

Ordering information

SPA

030

(except 5VDC)

24

Output voltage

Output power

Item

Specifications Model

Output

Input

Capacity ※5 Power supply Frequency ※1 Efficiency ※1 Current consumption Voltage Current ※4 Votage adjustment range ※2 Input fluctuation ratio ※1 Load fluctuation ratio ※1 Ripple ※1 Starting time ※1 Holding time

Protection

Inrush current protection Output overcurrent ※3 protection Output overvoltage protection Output short-circuit protection Output indicator Insulation resistance

SPASPASPASPA030-05 050-05 030-12 050-12 30W 50W 30W 50W 100-240VAC(85-264VAC) 50/60Hz Min. 60% Min. 67% Min. 74% Max. 1.2A Max. 1.6A Max. 1.0A Max. 1.4A 5VDC 12VDC 6A 10A 2.5A 4.2A ±5% Max. ±0.5% Max. ±2% Max. ±1% Max. ±1% Max. 200ms Max. 150ms Min. 10ms Max. 30A(100VAC) Max. 40A(200VAC)

Max. 20A(100VAC)

05 12 24

5VDC 12VDC 24VDC

030 050 075 100

30W 50W 75W 100W

SPA

Switching Mode Power Supply

SPA030-24 30W

SPA050-24 50W

Min. 80% Max. 0.8A Max. 1.1A 24VDC 1.5A 2.1A

SPASPASPASPASPASPA075-05 100-05 075-12 100-12 075-24 100-24 75W 100W 75W 100W 75W 100W 100-120/200-240VAC(85-132/170-264VAC) switching type Min. 70% Max. 3.0A 5VDC 15A 20A

Min. 78% Min. 72% Min. 78% Min. 80% Max. 2.0A Max. 3.0A Max. 2.0A Max. 2.5A 12VDC 24VDC 6.3A 8.5A 3.2A 4.2A

Max. ±2%

Max. ±1%

Max. 250ms Min. 5ms Max. 45A(100VAC) /Max. 50A(240VAC) Min. 105%

Min. 110%

Min. 10ms Max. 35A (100VAC) /Max. 40A (240VAC) Min. 110%

-

6.5V ±10%

16V ±10%

Max. 5ms

Max. 10ms

Max. 5ms Min. 10ms Max. 5ms

Green LED Min. 100MΩ(between all input and output terminals with 500VDC) 3.0kVAC 50/60Hz for 1 min. (between all input and output terminals) Dielectric strength 1.5kVAC 50/60Hz for 1 min. (between all input terminals F.G) Vibration 0.75mm amplitude at frequency of 10 to 55Hz(for 1 min.) in each of X, Y, Z directions for 2 hours Shock 300m/s² (approx. 30G) in each of X, Y, Z directions for 3 times EMS Conforms to EN61000-6-2 EMI Conforms to EN61000-6-4 Protection IEC60950, IEC50178 standard Ambien temperature -10 to 50℃ -10 to 40℃ -10 to 50℃ Environ Storage temperature -25 to 65℃ -ment Ambient humidity 25 to 85%RH, storage: 25 to 90%RH Approval (except 5VDC) Unit weight Approx. 350g Approx. 400g ※1: 100% load for rated input voltage(100VAC). ※2: Rated input voltage •SPA-030/050 Series : 100-240VAC(85-264VAC) under 100% of load. •SPA-075/100 Series : 100-120/200-240(85-132/170-264VAC) SPA-100-05 is under 100% of load for [100-120/200-240VAC(100-132/190-264VAC)]. ※3: Rated input voltage(100VAC). ※4: Vary voltage by output voltage adjuster, it is changed over voltage variation range(±5%). ※5: The rated input volatge of SPA-100-05 is 100-120/200-240VAC(100-132/190-264VAC). ※Environment resistance is rated at no freezing or condensation.

P-8

Min. 5ms Min. 10ms Max. 45A (100VAC) Max. 35A(100VAC)/ /Max. 50A Max. 40A(240VAC) (240VAC)

30V ±10%

General Purpose Type Switching Mode Power Supply Output feature data for ambient temperature

● SPA-030-05 Load 120 ratio 100 (%) 80

● SPA-075-05 ● SPA-100-05 ● SPA-100-12

Forced cooling Natural cooling

60

Load 120 ratio 100 (%) 80 40

20

20 0

10 20

0 -10

30 40 50 60 70 80 90 Ambient temperature (℃)

● SPA-030-12 ● SPA-050-12 Load 120 ratio 100 (%) 80

(C) Door/Area sensor (D) Proximity sensor

30 40 50 60 70 80 90 Ambient temperature (℃)

(E) Pressure sensor

Forced cooling

(F) Rotary encoder

Natural cooling

60 40

20

20 0

10 20

0 -10

30 40 50 60 70 80 90 Ambient temperature (℃)

● SPA-030-24 ● SPA-050-24 Load 120 ratio 100 (%) 80

Natural cooling

40 20

● SPA-050-05 Load 120 ratio 100 (%) 80

10 20

(H) Temp. controller

30 40 50 60 70 80 90 Ambient temperature (℃)

0 -10

30 40 50 60 70 80 90 Ambient temperature (℃)

(I) SSR/ Power controller

Forced cooling

(J) Counter

Natural cooling

60

20 10 20

0

Load 120 ratio 100 (%) 80

40

0

(G) Connector/ Socket

● SPA-075-24 ●SPA-100-24 Forced cooling

60

0 -10

10 20

80

40 0 -10

0

Load 120 ratio 100 (%)

Natural cooling

60

Natural cooling

● SPA-075-12 Forced cooling

(B) Fiber optic sensor

Forced cooling

60

40 0 -10

(A) Photo electric sensor

(K) Timer

0

10 20

30 40 50 60 70 80 90 Ambient temperature (℃)

(L) Panel meter (M) Tacho/ Speed/ Pulse meter

Forced cooling Natural cooling

60

(N) Display unit

40 20 0 -10

0

10 20

(O) Sensor controller

30 40 50 60 70 80 90 Ambient temperature (℃)

Feature data for output overvoltage protection

● SPA-075-05 / SPA-100-05 Output voltage 6.5V

● SPA-075-12 / SPA-100-12

0V

● SPA-075-24 / SPA-100-24 Output

Output Operation range of overvoltage protection voltage function[6.5V ±10%] 16V

Operation range of voltage overvoltage protection function[16V ±10%] 30V

Operation range of overvoltage protection function[30V ±10%]

Output voltage range can not be covered within standard

Output voltage range can not be covered within standard

Output voltage range can not be covered within standard

Output voltage fluctuation range [5V ±5%]

5V

Output voltage fluctuation range [12V ±5%]

12V

0V

(P) Switching mode power supply

24V

(Q) Stepper motor& Driver&Controller (R) Graphic/ Logic panel

Output voltage fluctuation range [12V ±5%]

(S) Field network device

0V

Feature data of overcurrent protection

Output voltage (V)

Rated

Output current (%)

(T) Software

● It is when the rated input voltage is 100VAC, 100%. ● It is able to protect overcurrent by load with built-in overcurrent protection circuit. When the over rated current is flowed, the circuit is operated (output voltage is fallen) and it is cancelled when the load current is under the rated current. (it is returned to the rated output voltage)

(U) Other

P-9

SPA Series Block diagram Input power 85-264VAC 50/60Hz

Inrush current Rectifier protection circuit circuit

(L)

Rectifier circuit

Noise filter (N)

Control circuit F·G

Voltage detection

Overcurrent protection circuit

0V DC OUT +V

Dimensions

(unit: mm)

● SPA-030/050 Series

● SPA-075/100 Series 100

33 LED

4

LED

38.5

3.5 4

154

25

114 120

138 154 160

Front part identification 1 2 3 4 5 6 7

P-10

1. Output display LED(green) 2. Output voltage adjuster ※V.ADJ(voltage variable range: ±5% of the rated output voltage) 3. Output power [+] terminal 4. Output power [-] terminal 5. [F.G] terminal 6. Input power [N] terminal 7. Input power [L] terminal

10

42

29

3.5

20

29

22.5

40

3.5

17.5

83

28

3.5

3.5

114

7.5

28

2-M3 (Bottom side)

6

3.5 6 4 9.5

5-M3.5

45.5

87 97

2-M3 (Bottom side)

87 97

VR

VR 5-M3.5

30.4 4

55

General Purpose Type Switching Mode Power Supply Proper Usage For switch input voltage type, input voltage is 220V as factory default. To swich input voltage for 110V, remove the cover then select proper jumper switch as below figures.

Caution for mounting Please mount the device on metal panel for the reliability. Please mount the device in a ventilative place for high radiation of heat.

110V 220V

Technical information of operation This product is not available to operate of output voltage as parallel and series. The output current should be used within the rated range. When it is operated in overcurrent status, the life span of product can be shortened. The output voltage should be used within the rated range. When the output overvoltage limit function is operated, the product operated normally with cancellation of input power for few minutes. The overvoltage limit function is operated when it is exceeded the rated output voltage range with an output voltage adjuster. This product has overheating protection function. It is operated normally when releasing the load connection for few minutes. The power factor is within 0.5 to 0.7 using condenser rectified method. Please use the below formula and check the input power capacity when using a cabinet panel or transformer. Active Power [W] Apparent power[VA] = Power factor×Efficiency This product does not have harmonics suppression and power factor correction circuit. Please mount the device for it. This product has a noise filter, it can be changed with the mounting place and connection. Please change as a same rated fuse when the inner fuse is broken.

AWG19 to 21

AWG16 to 18

Model

SPA-030-05 SPA-030-12 SPA-050-12 SPA-075-12 SPA-030-24 SPA-050-24 SPA-075-24 SPA-100-24

SPA-050-05 SPA-075-05 SPA-100-05 SPA-100-12

(B) Fiber optic sensor (C) Door/Area sensor

Please use the power line as below specification. Input power line specification

(A) Photo electric sensor

(D) Proximity sensor (E) Pressure sensor (F) Rotary encoder (G) Connector/ Socket (H) Temp. controller (I) SSR/ Power controller (J) Counter

(K) Timer

(L) Panel meter (M) Tacho/ Speed/ Pulse meter (N) Display unit (O) Sensor controller (P) Switching mode power supply (Q) Stepper motor& Driver&Controller (R) Graphic/ Logic panel (S) Field network device (T) Software

(U) Other

P-11