Huceen

Kindly browse your automation parts that you are looking for on this page! MISEL does offer automation parts from other brands as well such as SIKO, WAGO, AUTONICS, FUJI, and many more. In addition, we also offer support services such as product introduction, installation to our customers who purchase automation parts.
To get further details especially about price and availability status of products, don’t be hesitate to contact our marketing team. We are always available to assist you to get your automation needs. Thank You!

CPU SR60 AC/DC/RLY

Categories: E7 200smart CPU

Description

E7 200Smart CPU Standard Edition,CPU SR60 Relay,36DI/24DO,1*RJ45,2*RS485, Expandable to 6IO

General Overview

  • Model Number: SR60 AC/DC/RLY
  • Article Number: E7 288-1SR60-0AA1
  • Description: Standard CPU SR60 with relay outputs, suitable for both AC/DC control applications.
  • Dimensions (WxHxD): 175 mm × 100 mm × 81 mm
  • Power Consumption: 25W

Electrical Specifications

  • Available Current:
    • SM Bus: Max. 1400mA
    • 24V DC: Max. 300mA
  • Input Voltage: 85V – 264V DC (AC compatible)
  • Input Current (CPU only):
    • 130mA at 120V AC (without 300mA power supply for sensors)
    • 250mA at 120V AC (with 300mA power supply for sensors)
    • 80mA at 240V AC (without 300mA power supply for sensors)
    • 150mA at 240V AC (with 300mA power supply for sensors)
  • Input Current (Includes CPU + Expansion Modules):
    • 130mA at 120V AC
    • 190mA at 240V AC
  • Inrush Current (Max): 16.3A at 264V DC
  • Sensor Voltage: 20.4V – 28.8V DC
  • Isolation:
    • Input to Logic: 1500VAC (lasting 1 minute)
    • Sensor to Logic: Not isolated

Memory and Data

  • Program Memory: 30 KB
  • Data Memory: 20 KB
  • Retentive Memory: 10 KB (permanent data preservation)
  • Bit Memory (M): 256 bits
  • Cycle Interrupts: 2 (T32 and T96) with a 1ms resolution
  • Counters: 256
  • Timers:
    • Non-retained: 192 (TON, TOF)
    • Retained: 64

I/O Specifications

  • Built-in I/O:
    • Digital Inputs: 36 (Sinking/Sourcing type, IEC type 1 sinking)
    • Digital Outputs: 24 (Relay, dry contact)
    • Analog I/O:
      • Process Image Size: 256-bit input (I), 256-bit output (Q)
      • Analog Input: 56 words (AI)
      • Analog Output: 56 words (AQ)

I/O Characteristics

Digital Inputs:

  • Allowable Continuous Voltage: Max. 30V DC
  • Surge Voltage (Max): 35V DC (lasting 0.5s)
  • Logic 1 Signal (Min): 15V DC with 2.5mA current
  • Logic 0 Signal (Max): 5V DC with 1mA current
  • Optical Isolation: 500V AC (lasting 1 minute)
  • Filter Time: Configurable per channel (ranging from 0.2 µs to 12.8 ms)

Digital Outputs (Relay, Dry Contact):

  • Voltage Range: 5V – 30V DC or 5V – 250V AC
  • Surge Current (Max): 7A when power is turned on
  • Rated Current per Point (Max): 2.0A
  • Switching Frequency: Not recommended for high-frequency switching
  • Turn-on Delay (Qa.0-Qa.3): Up to 10ms
  • Turn-off Delay (Qa.4-Qc.7): Up to 10ms
  • Optical Isolation: 500V AC (lasting 1 minute)
  • Contact Lifetime:
    • Non-loaded: 10 million cycles
    • Rated Load: 10,000 cycles

Expansion and Counters

  • Expansion Modules Allowed: Up to 6 modules
  • High-Speed Counters: 6 in total, with specific frequencies:
    • Single Phase: 4 counters at 200kHz + 2 counters at 30kHz
    • Quadrature Phase: 2 counters at 100kHz + 2 counters at 20kHz
  • Pulse Output: Not available

Communications and Ports

  • Ethernet:
    • 1 Ethernet port with 10/100 Mb/s data rate
    • CPU Communication (PUT/GET): 8 clients and 8 servers connections
    • Open Type Communication: 8 active and 8 passive connections
  • RS485:
    • 2 DB9-RS485 ports
    • 1 DB board serial port (CM01-RS485-RS232)
    • RS485 Free Port: Supports 1200 to 115200 b/s data transmission rates
  • HMI Connections:
    • 8 connections via Ethernet
    • 4 connections via serial port
  • Programming (PG) Connection: 1 connection

Performance and Processing Time

  • Boolean Operations: 0.35 µs per instruction
  • Moving Word Operations: 1.2 µs per instruction
  • Floating Point Operations: 1.7 µs per instruction