QUESTION 8 The counter program shown is designed to: L1 Inputs PB1 foto PBZ Ladder logic program PB1 C5:0/DN B3:0/0 CTU HEE OSA COUNT-UP COUNTER Counter Preset Accumulated PB2 B3:0/0 OSA C5:0/DN C5:1/DN 36 36 C5:1 32000 0 O count below the maximum count allowed per counter. O count beyond the maximum count allowed per counter. count up and count down. record the time of an event. CTU COUNT-UP COUNTER (cu Counter ON) Preset Accumulated |(cu) (ON) C5:0 32000 0 PL C5:0 (RES) C5:1 (RES Output PL L2
QUESTION 8 The counter program shown is designed to: L1 Inputs PB1 foto PBZ Ladder logic program PB1 C5:0/DN B3:0/0 CTU HEE OSA COUNT-UP COUNTER Counter Preset Accumulated PB2 B3:0/0 OSA C5:0/DN C5:1/DN 36 36 C5:1 32000 0 O count below the maximum count allowed per counter. O count beyond the maximum count allowed per counter. count up and count down. record the time of an event. CTU COUNT-UP COUNTER (cu Counter ON) Preset Accumulated |(cu) (ON) C5:0 32000 0 PL C5:0 (RES) C5:1 (RES Output PL L2
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
Question 8
![**Question 8**
The counter program shown is designed to:
**Ladder Logic Program:**
- **Inputs**:
- L1: Power Line
- PB1: Push Button 1
- PB2: Push Button 2
- **Program Details**:
- Two Count-Up Counters (CTU) are used.
- Each counter has the following:
- Counter
- Preset: 32000
- Accumulated: 0
- **Logical Connections**:
- Input PB1 is connected in series to the first CTU Counter (C5:0).
- The output from this counter goes to the second CTU Counter (C5:1).
- The DN (done) bit from each counter is used to drive the activation of an output component, labeled L2 (Lot Full Light).
- **Outputs**:
- PL (Pilot Light)
- Respective Reset bits (C5:0(DN) and C5:1(DN)) used to ensure counter reset when needed.
**Options:**
- Count below the maximum count allowed per counter.
- Count beyond the maximum count allowed per counter.
- Count up and count down.
- Record the time of an event.
The diagram depicts a simple counting mechanism using ladder logic, primarily focusing on counting up with potential to reset upon reaching certain conditions. This is used in automation systems to track and manage events or quantities, like inventory counting or packaging processes.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F46f72288-0ff6-459a-a0b8-90b49c01bd01%2F96dc4453-bba5-400c-a73e-eb4e6ce0cce4%2Fw7tjgwp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Question 8**
The counter program shown is designed to:
**Ladder Logic Program:**
- **Inputs**:
- L1: Power Line
- PB1: Push Button 1
- PB2: Push Button 2
- **Program Details**:
- Two Count-Up Counters (CTU) are used.
- Each counter has the following:
- Counter
- Preset: 32000
- Accumulated: 0
- **Logical Connections**:
- Input PB1 is connected in series to the first CTU Counter (C5:0).
- The output from this counter goes to the second CTU Counter (C5:1).
- The DN (done) bit from each counter is used to drive the activation of an output component, labeled L2 (Lot Full Light).
- **Outputs**:
- PL (Pilot Light)
- Respective Reset bits (C5:0(DN) and C5:1(DN)) used to ensure counter reset when needed.
**Options:**
- Count below the maximum count allowed per counter.
- Count beyond the maximum count allowed per counter.
- Count up and count down.
- Record the time of an event.
The diagram depicts a simple counting mechanism using ladder logic, primarily focusing on counting up with potential to reset upon reaching certain conditions. This is used in automation systems to track and manage events or quantities, like inventory counting or packaging processes.
Expert Solution
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Step 1
Question 8
The counter program shown is designed to count beyond the MAXIMUM COUNT OF ONE COUNTER.
output PL turns ON, when PB1 is pressed 64000 times.
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