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MINI MCR-SL-UI-REL(-SP) - Onlinecomponents.com

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<strong>MINI</strong> <strong>MCR</strong>-<strong>SL</strong>-<strong>UI</strong>-<strong>REL</strong>(-<strong>SP</strong>)<br />

Power Supply<br />

Configuration<br />

Supply via the <strong>MINI</strong> Analog Module<br />

Where the total current consumption of the aligned <strong>MINI</strong><br />

Analog modules does not exceed 400 mA, the power can<br />

be supplied directly at the connection terminal blocks of one<br />

<strong>MINI</strong> Analog module. A 400 mA fuse should be connected.<br />

Supply Using a Power Terminal Block<br />

The <strong>MINI</strong> <strong>MCR</strong>-<strong>SL</strong>-PTB power terminal block (Order No.<br />

2864134) or the <strong>MINI</strong> <strong>MCR</strong>-<strong>SL</strong>-PTB-<strong>SP</strong> power terminal<br />

block (Order No. 2864147), which are the same shape, are<br />

used to supply the supply voltage to the DIN rail connector.<br />

A 2 A fuse should be connected.<br />

Supply Using System Power Supply Unit<br />

(Not for Zone 2)<br />

The <strong>MINI</strong>-SYS-PS-... system power supply unit (Order No.<br />

2866983) with 1.5 A output current connects the DIN rail<br />

connector to the supply voltage and can thus be used to<br />

supply several <strong>MINI</strong> Analog modules from the mains.<br />

Diagnostics<br />

Never connect the supply voltage directly to<br />

the DIN rail connector.<br />

It is not permitted to draw power from the<br />

DIN rail connector or from individual <strong>MINI</strong><br />

Analog modules.<br />

The yellow LED on the front of the device (3 in Figure 1 on<br />

page 3) indicates that voltage is applied to the PDT relay<br />

coil, i.e., that the relay has switched.<br />

The red LED on the front of the device (4 in Figure 1 on<br />

page 3) indicates the following error states:<br />

– LED ON: Measured value overrange > 102.5%<br />

– LED flashing: Module faulty<br />

Setting the Switching Thresholds<br />

The potentiometer 5, which can be used to set the<br />

switching thresholds, is located under the transparent<br />

cover.<br />

Figure 6<br />

Electrostatic discharge<br />

The module contains <strong>com</strong>ponents that can be<br />

damaged or destroyed by electrostatic<br />

discharge. When handling this module, observe<br />

the necessary safety precautions against<br />

electrostatic discharge (ESD) according to<br />

EN 61340-5-1 and EN 61340-5-2.<br />

Potentiometer and DIP switches<br />

DIP Switches<br />

DIP switch S1 (! in Figure 6) can be used to specify the<br />

input signal range, switching hysteresis, the relay pickup/<br />

relay dropout delay, and to switch between operating<br />

current/closed circuit current behavior.<br />

DIP S1<br />

Input<br />

1 2<br />

0 V ... 10 V<br />

• • 0 mA ... 20 mA<br />

• = ON<br />

online<strong>com</strong>ponents.<strong>com</strong><br />

<strong>MINI</strong> <strong>MCR</strong>-<strong>SL</strong>-<strong>UI</strong>-<strong>REL</strong><br />

5<br />

1<br />

on<br />

S1<br />

off<br />

!<br />

Ord.-No.: 28 64 48 0<br />

Switch<br />

DIP S1<br />

Switching Hysteresis<br />

3 4<br />

0.1%<br />

• 1.0%<br />

• 2.5%<br />

• • 5.0%<br />

• = ON<br />

102132_02_en PHOENIX CONTACT 6

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