Photoelectrics Amplifier, µ-Processor Controlled Type S1430 UAP, 3 Inputs/3 Transistor Outputs
• µ-Processor controlled • Amplifier unit for 3 sets of photoelectrics • 3 independent outputs • NPN/PNP both NO or NC selectable • Self-diagnostic functions • Alignment failure indication • Multivoltage 12 to 30 VAC/DC • Modulated and synchronized light • Adjustable sensitivity for each channel • LED indications: supply, outputs, signal quality • 11-pin plug-in housing • For 115 or 230 VAC use power supplys from SS120-series
Product Description
µ-Processor controlled amplifier for 3 sets of photoelectric sensors, type MOFTR, MKFTR, MIFTR or MHFTR. Utilising an 11-pin circular plug for easy connection, outputs freely selectable for NPN/PNP or NO/NC. Selfdiagnostics for system test. Protected against short-circuits, reverse wiring or cross talk from adjacent photoelectrics. Multi-voltage power supply. Sensitivity is individually adjustable for each set of photoelectrics.
Ordering Key
Type Special function Output type Power supply
S14 30 UAP 912
Type Selection
Plug type Circular, 11 pins Ordering no. Supply: 12 - 30 VAC/DC S 1430 UAP 912
Specifications
Rated operational voltage (UB) pins 2 & 10 DC AC Rated operational power AC supply DC supply Power ON delay (tv) Output function 10.8 to 33 VDC 10.8 to 33 VAC, 45 to 65 Hz 4 VA 3W < 300 ms NPN and PNP switching Make and break function DIP-Switch selectable 100 mA per output 100 mA max. 0.5 mA Max. 100 µA ≤ 3.5 VDC Reverse polarity, short-circuit, transients Tx1: Pin 1 Tx2: Pin 9 Tx3: Pin 6 Shield: Pin 11 (common) 7 V square wave ≤ 300 mA short-circuit protected 10 Ω Supply to photoelectric switch (cont.) Receiver Rx1: Pin 4 Rx2: Pin 7 Rx3: Pin 8 Shield: Pin 5 (common) Supply voltage (open loop) 5 VDC Short-circuit current 10 mA Input resistance 470 Ω Sensitivity • 2 ranges, DIP-Switch selectable (% of Sn) - low sensitivity (25%) - high sensitivity (100%) • Sensitivity adjustment with 270°: Turn knob on CH 1, 2, 3 Note: • Maximum range indicated on photoelectric switch data sheet in high sensitivity range only • Operation within low sensitivity range, increases ambient light and crosstalk immunity Operating frequency (f) Light/dark ratio 1:1 16 Hz
Output current Continuous (Ie) Short-time (I) Min. load current (Im) OFF-state current (Ir) Voltage drop (Ud) Protection, outputs Supply to photoelectric switch Emitter
Supply voltage (open loop) Current Output resistance
Specifications are subject to change without notice (25.06.99)
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S 1430 UAP
Specifications (cont.)
Response time OFF-ON (tON) ON-OFF (tOFF) Indication Supply ON Output ON Signal quality Environment Overvoltage category Degree of protection Pollution degree Temperature Operating Storage Weight Approvals CE-marking 20 ms 20 ms LED, green LED, yellow LED, red III (IEC 60664) IP 20 (IEC 60529, 60947-1) 3 (IEC 60664/60664A, 60947-1) -20° to +50°C (-4° to +122°F) -50° to +85°C (-58° to 185°F) 150 g CSA Yes
Truth Table
Make switching Object present Dirt on lenses, misaligned or sensitivity too low Yes -No No ON No Yes1) ON
ON or flashing
Break switching Yes -OFF OFF ON No No ON OFF OFF No Yes1) ON
ON or flashing
Output LED yellow OFF Level LED red
OFF OFF ON
Output NPN/PNP OFF
1)
ON
OFF
Under normal operating conditions, the red level indication LED has to be OFF. The level indication LED will turn on shortly each time an object enters or exits the sensing zone, even if the photoelectric switch is correctly installed and adjusted.
Procedure for Test Functions (Dip-Switch Selection)
Transmitter test (switch 5 in the up position) When switch 5 is placed in the up position all yellow and red LED’s on the front of the unit will flash simultaneously. Once the test is completed (approx. 3 scans) and a wiring fault is detected, such as reverse polarity or shortcircuit, the transmitter that has the fault condition will be indicated by the red LED being continuously ON. If a fault condition is not existing then only the yellow LED will be ON. If a fault exists, correct the fault condition and then repeat the test, this will ensure proper wiring has been done. Always reset switch 5 for normal operation of system when testing completed. Receiver test (switch 6 in the up position) When switch 6 is placed in the up position all yellow and red LED’s on the front of the unit will flash simultaneously. Once the test is completed (approx. 3 scans) and a wiring fault is detected, such as reverse polarity or shortcircuit, the receiver that has the fault condition will be indicated by the red LED being continuously ON. If a fault condition is not existing then only the yellow LED will be ON. If a fault exists, correct the fault condition and then repeat the test, this will ensure proper wiring has been done. Always reset switch 6 for normal operation of system when testing completed. Function test (switch 5 and 6 in the up position) When switch 5 and 6 are both placed in the up position (simultaneously) the yellow and red LED’s on the front of the housing will begin to flash simultaneously and then the LED’s LED Indication Yellow LED ON ! Red LED OFF
!
will cycle from channel 1 to channel 2 and then to channel 3. Once the complete system scan is done the indication of the system condition will be displayed (see below). System test will continue until switch 5 and 6 are reset.
} } }
System Test OK Tx’s and Rx’s mismatched, e.g. Rx3 seeing Tx1 Alignment error or beam obstructed by object
Yellow LED ON Red LED ON Yellow LED OFF Red LED ON
!
Operation Diagram
Signal strength
Time Power supply Object present Signal quality Break switching Make switching
!
2
Specifications are subject to change without notice (25.06.99)
S 1430 UAP
Dimensions
35
DIP-Switch (located behind cover): 1: PNP/NPN CH 1 output SW 1 2 3 4 5 6 2: PNP/NPN CH 2 output 3: PNP/NPN CH 3 output 4: Low sensitivity (25%) / high sensitivity (100%) 5: Test button, transmitters are transmitting, no short, wired correctly 6: Test button, receivers are receiving, no short, wired correctly 5+6 together: System test (transmitter and receiver) sw 1, 2, 3: PNP make/NPN break NPN make/PNP break sw 4: Range 25% Range 100%, normal operation sw 6: Receiver test Normal operation
80
84
sw 5: Transmitter test Normal operation sw 5+6: System test
4 75 5
Normal operation
Wiring Diagrams
Rx 1 Rx 2 Rx 1 3 Tx 1 Tx 2 Rx 3 Tx 1
5 4 3 2 1
6
7 8 9 10 11
Power Supply
ON sockets 1: Transmitter 1 2: Supply (+ VDC) 3: No connection 4: Receiver 1 5: GND (Receivers) 6: Transmitter 3 7: Receiver 2 8: Receiver 3 9: Transmitter 2 10: Supply (- VDC) 11: GND (Transmitters)
Output A: + (10-40 VDC) B: Output 1 (max. 100 mA) C: Output 2 (max. 100 mA) D: Output 3 (max. 100 mA) E: For handheld tester F: - DC
Wire colour coding white black red green yellow blue
PNP
BCD
ABCD F
NPN
F
10-40 VDC
+ -
10-40 VDC
+ -
Accessories
11 pole circular socket Socket cover for S111 Socket cover for S411 Holding down spring Mounting rack Front panel mounting bezel Connection cable (2 plugs) 2 x 6/6 modular plugs - Power supply for 115/230 VAC - DIN-rail interface S111, S111A, S411, ZPD11 BB1 BB4 HF SM13 FRS2 2.0 m, 6 wires two plugs SS120-series 6IODC
Interface
Delivery Contents
• Output connection cable • Output connection cable • Amplifier • DIN-rail interface • Screw driver • Packaging: 1 m, 6 wires one plug 0.2 m, 6 wires two plugs S 1430 UAP 912 6IODC Cardboard box
6IODC DIN-rail interface (DIN EN 50 035, EN 50 022) output from plug to screw terminals
Specifications are subject to change without notice (25.06.99)
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