background image

 

Technical parameters 

Power supply voltage 

230V AC, 50 Hz (-15%/+10%) 

Transformer 

TR 50 VA  

Output voltage Uout 

*12.8 V ÷ 13.8 V DC 

13.8 V DC – rated 

13.4 V DC @ 2A  

Output current Iout 

Imax – 2A (const.) 

Power 

28 W 

SCP short-circuit protection 

I-st grade - 200% ÷ 250%

 of supply power – limitation of 

current and/or fuse failure in the battery circuit (fuse-
element replacement required) 

II – nd. grade - 110% ÷ 150% (@25ºC÷65ºC) 

of supply 

power – current limitation with the PTC  automatic 
fuse, manual restart (disconnection of the DC output 
circuit)

 

OLP overload protection 

110% ÷ 150% (@25ºC÷65ºC) of 

supply

 

power – 

current limitation with the PTC  automatic fuse, 
manual restart (disconnection of the DC output 
circuit)

 

Battery charging current 

Iacc (max) = 1.4 A @ Iout =0A 

0,3A / 24h (I

ś

r/24h) 

F2 Fuse in the transformer primary circuit  

T 315 mA 

 (250 V) 

Transformer primary circuit current - max 

280 mA @ 2 A  

(-15%, + 10%) 

Transformer thermal protection 

130

o

F1 Fuse in the battery circuit 

F 4A 

Battery 

17 Ah/12V SLA 

TAMPER output service reliability - max 

500 mA @ 30 V DC max. 

Enclosure IP 

IP 20 

Operating temperature 

- 10

o

C ÷ 40

o

Relative humidity - max 

90 [%] (max.) 

Dimensions (WxHxD) 

235 x 305 x 98 (90 + 8) 

[±2] [mm] 

Weight 

2.9 kg net 

3,0 kg gross 

*In buffer operation 
 

Tab. 1 - Power pack technical parameters. 

Figure 2. Current and voltage characteristics of the power pack. 

0

0,2

0,4

0,6

0,8

1

1,2

1,4

1,6

1,8

2

2,2

2,4

2,6

2,8

12,2

12,4

12,6

12,8

13

13,2

13,4

13,6

13,8

Diagram Uout(Io)

Uwy

I[A]

U

[V

]

Uout/Io diagra m

Uout/Io diagra m

Содержание AWZ 201

Страница 1: ...PSU B 13 8V L 2A 1 EL TR 17Ah MC AWZ 201 v 1 0 Linear buffer type power supply EN Release 1 dated 12 10 2011 Supersedes the release...

Страница 2: ...lower level of noise and shorter response time for the interference as is the case where a pulse stabilizer is applied The power pack delivers the voltage in buffer work Uout 12 8 V 13 8 V DC with the...

Страница 3: ...al restart disconnection of the DC output circuit Battery charging current Iacc max 1 4 A Iout 0A 0 3A 24h I r 24h F2 Fuse in the transformer primary circuit T 315 mA 250 V Transformer primary circuit...

Страница 4: ...4 Figure 3 General view of the power pack...

Страница 5: ...upply circuit must be ensured Also the users should be informed about the method of disconnecting the power pack from the power supply voltage most frequently through the separation and designation of...

Страница 6: ...k is not supplied with voltage 230V AC Green diode on DC voltage at the output of the power pack off DC voltage missing at the output of the power pack on off Description Comments Proper state of oper...

Страница 7: ...led by the green diode going off In such a case the load should be disconnected from the output of the power pack for the period of about 1 minute 4 Maintenance All the maintenance duties may be perfo...

Страница 8: ...ing of the equipment to the service centre of the manufacturer 7 The repair period mentioned in item 5 may be prolonged if there is no technical capability to carry out the repairs and in the case tha...

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