Instrukcja obsługi Crydom DRS1

Crydom Gniazdo elektryczne DRS1

Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla Crydom DRS1 (1 stron) w kategorii Gniazdo elektryczne. Ta instrukcja była pomocna dla 8 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek

Pobierz PDF

Strona 1/1

DRS Series

DIN rail mountable sockets

FEATURES PART NUMBER NOMENCLATURE

The DRS Series provides a convenient and easy way to install most of the Crydom single-in-line solid

state relays on a standard DIN rail base. This product family offers both the preassembled SSR / Socket

sets (DRA) and ”socket only“ (DRS) options. Both are available in either single or four channel versions.

For complete assembly part numbers and availability, see DRA Series at www.crydom.com.

10 mm Single channel and 44 mm Four

channel DIN Rail mount sockets available.

Input status LED for either 3 to 15 or 15 to

32 VDC control applications.

Cage style screw terminals for easy and

reliable wire connection.

Socket clip fits all standard 35 mm DIN rail

profiles.

DRS 1

Series

Number of Channels

1: one channel

4: four channels

SINGLE CHANNEL SOCKET D

List of parts included in the DRS1 kit

Printed circuit board

Housing - right side (includes 2 screws)

Housing - left side

Green LED

LED standoff

Resistor 1K , 0.25W (brown-black-red)Ω

Resistor 4.7K , 0.25W (yellow-violet-red)Ω

Output terminal block (marked 1 & 2)

Input terminal block (marked 3 & 4)

Quantity

6 or 7

DRS1

FOUR CHANNEL SOCKET D

List of parts included in the DRS4 kit Quantity

Printed circuit board

Housing - right side (includes 2 screws)

Housing - left side (includes 2 screws)

Profile extrusion

Green LED

LED standoff

Resistor 1K , 0.25W (brown-black-red)Ω

Resistor 4.7K , 0.25W (yellow-violet-red)Ω

Output terminal block (marked 1 & 2)

Input terminal block (marked 3 & 4)

10 1

67 or 8

DRS4

ASSEMBLY INSTRUCTIONS

Insert and solder each component as noted below including the selected SSR. Components are

placed such that their leaded ends exit the board on the side with the copper circuit traces. Crydom

recommends use of RoHS compliant solder.

The LED input status indicator plastic standoff should be installed on the LED leads prior to insertion

in the PC board. Observe LED lead polarity (see below LED diagram to determine lead polarity), and

place the corresponding LED leads in the holes using the (+) mark on the PC board as reference.

The input terminal block (marked 3 & 4) is placed in the holes on the PC board adjacent to the LED

with its wire entry openings facing outward toward the end of the board. The output terminal block

(marked 1 & 2) is placed in the holes on the opposite end of the PC board also with its wire entry

openings facing outward toward the end of the board.

Select and install the correct resistor for the SSR control voltage range (see instructions below on

resistor selection). The resistor should have one of its leads bent at 180º over its body such that each

lead can be placed through the holes in the PC board adjacent to the LED input status indicator.

Insert the SSR leads into the PC board and solder to the board. Care should be taken to place the

SSR as near to perpendicular to the PC board as possible so as not to create an interference with

adjacent assemblies when installed on the application DIN rail.

The final step is to place the PC board with soldered components into the plastic housing. The PC

board assembly must be placed in the housing pieces as shown in the assembly diagrams. : for Note

the 4 channel assembly, there is an additional extruded plastic piece that supports the board. The

PC board assembly should be slid into the slots in this supporting piece before attaching the right and

left side pieces. Caution!: do not over tighten the screws attaching the side pieces. Recommended

torque is 6 to 8 in lbs (0.7 to 0.9 Nm).

RISQUE D'ELECTROCUTION, D'EXPLOSION OU D'ARC ELECTRIQUE

•Coupez l'alimentation avant de travailler sur cet appareil.

•ሞ֡ፕ

ยԢኮമ൩ံ࠲Կۉᇸă

HAZARD OF ELECTRIC SHOCK, EXPLOSION OR ARC FLASH

•Turn off power supply before working on this equipment.

Le non-respect de ces instructions provoquera la mort ou des blessures

graves.

Failure to follow these instructions will result in death or

serious injury.

Il mancato rispetto di queste istruzioni provocherà morte o

gravi infortuni.

Si no se siguen estas instrucciones provocará lesiones graves

o incluso la muerte.

Die Nichtbeachtung dieser Anweisungen führt zu Tod oder schwerer

Körperverletzung.

STROMSCHLAG-, EXPLOSIONS- ODER LICHTBOGENGEFAHR

•Vor dem Arbeiten an dem Gerät dessen Stromversorgung abschalten .

RISCHIO DI SCOSSA ELETTRICA, DI ESPLOSIONE O DI OFTALMIA DA FLASH

•Scollegare l'apparecchio dalla presa di corrente prima di qualsiasi intervento.

RIESGO DE ELECTROCUCIÓN, EXPLOSIÓN O ARCO ELÉCTRICO

Desconecte toda alimentación antes de realizar el servicio.

٪ሞۉĂԖቊۉࢷ෻ຮླ၃

ැփፏ๰ኄၵຫ௽ǈీ

ࣷ

ڞዂჹዘڦටวฅ࡞ฯ዁ຶྨă

DANGER / DANGER / GEFARH / PELIGRO / PERICOLO /

A The temperature of the SSR pins must not exceed 260ºC/ 500ºF for more than 3 seconds, with an allowable iron temperature of 350ºC / 662ºF to prevent possible damage

to the components during assembly or repair.

B Wiring diagram is identical for each individual section whether it is a single or four channel assembly.

C For AC loads, the AC line can be wired to either SSR/socket terminal 1 or terminal 2. The AC load may also be wired on either the line or neutral side of the SSR. For DC loads, the proper polarity must be observed for the power supply,

load and SSR/socket with terminal 1 being positive with respect to terminal 2.

D Use 1K Ω Ω (brown-black-red) resistor for applications with control voltage range between 3-15 Vdc and 4.7K (yellow-violet-red) resistor for applications with control voltage range between 15-32 Vdc. LED status indicator is not

required for proper function of the SSR and may be omitted. No resistors are needed when LED is not installed. For AC input SSR control applications LED status indicator and resistor must not be used.

E SSR(s) purchased separately.

WIRING DIAGRAM BLED DIAGRAM

+ -

Control

Load C

Power

1234

INPUT OUTPUT

(+) Anode

(-) Cathode

Please read all of the assembly instructions before beginning assembly of the DRS sockets.

Rev: 010610