P2-HSI High-Speed Isolated Sinking/Sourcing Input. Connector Specifications

Transcription

1 WARNG: To minimize the risk of potential safety problems, you should follow all applicable local and national codes that regulate the installation and operation of your equipment. These codes vary from area to area and it is your responsibility to determine which codes should be followed, and to verify that the equipment, installation, and operation are in compliance with the latest revision of these codes. quipment damage or serious injury to personnel can result from the failure to follow all applicable codes and standards. We do not guarantee the products described in this publication are suitable for your particular application, nor do we assume any responsibility for your product design, installation, or operation. If you have any questions concerning the installation or operation of this equipment, or if you need additional information, please call Technical Support at This publication is based on information that was available at the time it was printed. At Automationirect.com we constantly strive to improve our products and services, so we reserve the right to make changes to the products and/or publications at any time without notice and without any obligation. This publication may also discuss features that may not be available in certain revisions of the product. onnector Specifications onnector Type Number of Pins Pitch I style header with latch, Omron XG4A point 0.1 in (2.54 mm) ocument Name dition/revision ate -S 1st d. Rev. A 8/24/2015 opyright 2015, Automationirect.com Incorporated/All Rights Reserved Worldwide Sales High-Speed Isolated Sinking/Sourcing Input The High-Speed Input Module provides differential (line receiver, 5V max) and single ended (5-24V) inputs that accept up to 1MHz of pulse/direction and quadrature signals on each of the two independent input channels. Additionally, four 5-24 V general purpose high-speed inputs and four general purpose 5-24 V, 0.5A outputs are included for use with any Productivity2000 System. Warning... 1 onnector Specifications... 1 General Specifications... 2 Status Ls... 2 Status Output Specifications... 2 Power Specifications... 2 Single nded (5-24V) Input Specifications... 3 ifferential (5V) Input Specifications... 3 Hot Swap Information... 3 Module Installation... 4 Wiring Options... 4 QR ode... 4 Frequency Measurement etails V ncoder Inputs Wiring iagram V ncoder Inputs Wiring iagram... 6 Status Inputs Wiring iagram... 7 Status Outputs Wiring iagram... 7 Sinking I/O Wiring iagram... 8 Sourcing I/O Wiring iagram... 8 Warranty: Thirty-day money-back guarantee. Two-year limited replacement. (See for details). 1

2 General Specifications Module Type Intelligent Modules per ase I/O Points Used Operating Temperature Storage Temperature Humidity nvironmental Air Vibration Shock Field to Logic Side Isolation Insulation Resistance Heat issipation 15 maximum* None, mapped directly to tags in PU 0º to 60º (32º to 140ºF) -20º to 70º (-4º to 158ºF) 5 to 95% (non-condensing) No corrosive gases permitted I (Test Fc) I (Test a) 1800VA applied for 1 second 500V 5.76 W nclosure Type Open quipment UL508 File , anada & USA Agency Approvals (N **) Module Location Any I/O slot in a Productivity2000 System Use ZIPLink Wiring System. See Wiring Options on Field Wiring page 4. See the U irective topic in the Productivity2000 U irective Help File. Information can also be obtained at: Weight 90g (3.2 oz) * Note: For complete system limits, please refer to the Hardware and ommunication Limits table in the Productivity Suite Help file, Hardware onfiguration topic (P050). **Meets M and Safety requirements. See the.o.. for details. Status Ls Fault Status Ls Input Ls Output Status Ls (F) 1, 2, 3 & 4 (one per status output) () 1A, 1, 1Z, 2A, 2, 2Z, 3 & 4 (one per status input) (O) OUT1, OUT 2, OUT3 & Status Output Specifications Status Outputs 4 sink/source Output Signal Type, per hannel Select urrent Sinking urrent Sourcing Operating Voltage¹ 5-24V 5-24V¹ Output Volts Maximum 36V 26.4 V¹ Output urrent Maximum 500mA Overcurrent Protection Short circuit detect and current limit with automatic retry for each output Output Self Limiting urrent 1.2 to 2.4 A Max Inrush urrent Self limited Output Voltage rop A Thermal Protection Independent over temperature protection each output Output Voltage lamp uring Inductive Switching 45V -20V Maximum OFF to ON Response 25μs² Maximum ON to OFF Response 25μs² NOTS: 1. Operating voltage of current sourcing outputs must be no greater than external power. 2. Measured at 5 V operating voltage, 0.5A load curent. Power Specifications xternal Power 24V -15% / 10%, lass 2 Maximum Voltage 26.4 V Minimum Voltage 20.4 V urrent onsumption xcluding Outputs 50mA Maximum urrent onsumption Total of the 4 Status Outputs 2A 2 Tech Support

3 Single nded (5-24V) Input Specifications Status Input Isolation Input Volts Range Input Volts Maximum Input Impedance Inputs Rated urrent Input Minimum ON Voltage Input Maximum OFF Voltage Input Minimum ON urrent Input Maximum OFF urrent OFF to ON Response Time ON to OFF Response Time Max. Input Frequency Single ended inputs (8 pts: 1A, 1, 1Z, 2A, 2, 2Z, 3, 4) ach input is isolated from other circuits 5-24V ±34V, limited by protection 1kΩ minimum, 5kΩ maximum 5-24 V, 16mA 5.2 ma 5V 22mA 34V 4.5 V 2.0 V 5.0 ma 1.4 ma 1A, 1, 2A, 2: 0.48 μs 1Z, 2Z, 3, 4: 6μs 1A, 1, 2A, 2: 0.48 μs 1Z, 2Z, 3, 4: 6μs 1A, 1, 2A, 2: 1MHz 1Z, 2Z, 3, 4: 200kHz *Inputs are not limited to this speed but single ended signals are not usually reliable above 200kHz due to cabling capacitance. ifferential (5V) Input Specifications Pulse Inputs ifferential inputs (6 pts: 1A, 1, 1Z, 2A, 2, 2Z) Isolation ach input is isolated from other circuits Input Signal Type, per hannel Select ifferential Input Volts 5V Input Volts Maximum /-5.6 V, limited by protection Input Impedance 200Ω minimum, 500Ω maximum Input Rated urrent 5V, 15mA (8mA typical, 15mA maximum) Input Minimum ON Voltage 3.0 V Input Maximum OFF Voltage 1.0 V Input Minimum ON urrent 5.0 ma Input Maximum OFF urrent 2.0 ma OFF to ON Response Time 1A, 1, 2A, 2: 0.48 μs 1Z, 2Z, 3, 4: 6μs ON to OFF Response Time 1A, 1, 2A, 2: 0.48 μs 1Z, 2Z, 3, 4: 6μs Max. Input Frequency 1A, 1, 2A, 2: 1MHz 1Z, 2Z, 3, 4: 200kHz NOT: The voltage difference between the input pairs must be between volts. *The Z pulse input (1Z & 2Z) is capable of capturing a 1MHz wide pulse for the purpose of resetting an encoder count but a 3 microsecond pause (300kHz) is required between pulses. aution: If possible, remove field power prior to proceeding. If not, then XTRM care MUST be taken to prevent damage to the module, or even personal injury due to a short circuit from the live terminal block. Sales Important Hot-Swap Information The Productivity2000 System supports hot-swap! Individual modules can be taken offline, removed, and replaced while the rest of the system continues controlling your process. efore attempting to use the hotswap feature, be sure to read the hot-swap topic in the programming software s help file or our online documentation at Automationirect.com for details on how to plan your installation for use of this powerful feature. 3

4 Module Installation Wiring Options WARNG: o not apply field power until the following steps are completed. See hot-swapping procedure for exceptions. Step One: Align module catch with base slot and rotate module into connector. Step Two: Pull top locking tab toward module face. lick indicates lock is engaged. 2 rotate to seated position Locked 1 Align with slot Unlocked ZIPLink onnection System able ZIPLink Module = omplete System ZIPLink pre-wired cables 0.5 m (1.6 ft) cable 1.0 m (3.3 ft) cable 2.0 m (6.6 ft) cable ZIPLink Modules Feed through ZL-L40-S ZL-L40-1S ZL-L40-2S ZL-RT40 Note: P2-HSO is UL/UL listed when used with ZL-RT40. QR ode Step Three: Attach field wiring using the ZIPLink wiring system. Use any QR ode reader application to display the module s product insert. 4 Tech Support

5 Frequency Measurements Inaccuracy of Frequency Measurements ue to Time ase rrors 25 MHz rystal for Time ase Inaccuracy at 25, Maximum ±30 PPM Inaccuracy 0-60, Referenced to 25 ±30 PPM Inaccuracy ue to Aging, Maximum ±5 PPM/Year Max. Time ase Inaccuracy 0-60 and 10 Years Operation 0.01% Resolution of Frequency Measurements for Fast Mode Input Frequency Sampling Period Resolution 1Hz to 1MHz 1000ms ±1 Hz 10Hz to 1MHz 100ms ±10 Hz 100Hz to 1MHz 10ms ±100 Hz 1MHz 1ms ±1000 Hz Module Range: Target position range ± billion (32-bit signed integer) NOT: Refer to the I/O Module onfiguration Help File Topic (P212) in the Productivity Suite Software for more information on Mode selections. Inaccuracy of Frequency Measurements¹, ² for Slow Mode Input Frequency Step/ir Quadrature 1X Quadrature 4X 1Hz ±0.002 Hz ±0.002 Hz ±0.002 Hz 10Hz ±0.009 Hz ±0.009 Hz ±0.009 Hz 100Hz ±0.015 Hz ±0.015 Hz ±0.015 Hz 1kHz ±1 Hz ±1 Hz ±1 Hz 10kHz ±100 Hz ±100 Hz ±100 Hz 100kHz ±1000 Hz ±1000 Hz ±1000 Hz 1MHz ±40000 Hz ±40000 Hz ±40000 Hz Inaccuracy of Frequency Measurements¹, ² for Fast Mode Input Frequency Sampling Period Step/ir Quadrature 1X Quadrature 4X 1Hz ±1 Second ±1 Hz ±1 Hz ±1 Hz 10Hz ±1 Second ±1 Hz ±1 Hz ±1 Hz 100Hz ±1 Second ±1 Hz ±1 Hz ±1 Hz 1kHz ±1 Second ±1 Hz ±1 Hz ±1 Hz 10kHz ±1 Second ±1 Hz ±1 Hz ±1 Hz 100kHz ±1 Second ±1 Hz ±1 Hz ±1 Hz 1MHz ±1 Second ±1 Hz ±1 Hz ±1 Hz Inaccuracy of Frequency Measurements¹, ², ³, ⁴ for Auto Mode Input Frequency Step/ir Quadrature 1X Quadrature 4X 1Hz ±1 Hz ±1 Hz ±1 Hz 10Hz ±1 Hz ±1 Hz ±1 Hz 100Hz ±1 Hz ±1 Hz ±1 Hz 1kHz ±1 Hz ±1 Hz ±1 Hz 10kHz ±100 Hz ±100 Hz ±100 Hz 100kHz ±1000 Hz ±1000 Hz ±1000 Hz 1MHz ±10000 Hz ±10000 Hz ±10000 Hz 1. For stable input signal at given input frequency. 2. For total measurement error add the time base error to the tabulated error. 3. Maximum sample period: 1 second. 4. Minimum sample period: seconds. Sales

6 5V ncoder Inputs Wiring iagram 24V ncoder Inputs Wiring iagram To prevent damage to 5V inputs, do not exceed 6.8V or 30 ma on inputs 1A, 1A, 1, 1, 1Z, 1Z, 2A, 2A, 2, 2, 2Z, & 2Z. ncoder with 5V Line rivers Sensor A A elden 3105A shielded, twisted pair, low capacitance. Tie shield to panel ground this end. 1A 169 Ohm 1A Ohm 1 1Z 169 Ohm 1Z ead head shield this end. Sensor A Z - 5V to 24V elden 3105A shielded, twisted pair, low capacitance. Tie shield to panel ground this end. 1A 2K Ohm -1A 1 2K Ohm -1 1Z 2K Ohm -1Z ead head shield this end. 6 Tech Support

7 Status Inputs Wiring iagram Status Outputs Wiring iagram 5V to 24V Sourcing Field evice Sensor Sensor A - Sinking Field evice - 2K Ohm 3 3-2K Ohm 4 4-2K Ohm 1Z -1Z 2K Ohm 2Z -2Z rivers PWR S S S OUT1 OUT2 OUT3 24V Sinking Outputs Sourcing Outputs S PWR- When 2nd power supply is used, negative terminal must be tied to PWR- terminal. 5V to 24V Sales

8 Sinking I/O Wiring iagram Sourcing I/O Wiring iagram o not exceed 6.8V on these inputs o not exceed 6.8V on these inputs 1A OUT1 OUT1 OUT2 OUT2 OUT3 OUT3 1A 1 1 1Z 1Z 2A 2A 2 2 2Z 2Z SH SH 1A OUT1 OUT1 OUT2 OUT2 OUT3 OUT3 1A 1 1 1Z 1Z 2A 2A 2 2 2Z 2Z SH SH Panel GN. -1A 1A Z 1Z -2A 2A Z 2Z PWR PWR - -1A 1A Z 1Z -2A 2A Z 2Z PWR PWR - 5V to 24V 1A 1 1Z 2A 2 OUT1, OUT2, OUT3, & are 500mA Max. Load 2Z 3 OUT1 4 OUT2 OUT3 24 V Panel GN. 5V to 24V -1A -1-1Z -2A -2-2Z V OUT1, OUT2, OUT3, & are 500mA Max. Load OUT1 OUT2 OUT3 8 Tech Support