Banner Engineering CL5A MAXI-AMP Programmable Timing Logic Module
- Regular price
- $817.00
- Sale price
- $817.00
- Regular price
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Product Description P/N: CL5A
Description
The Banner Engineering CL5A is a MAXI-AMP logic module that converts compatible input signals into timed switching outputs. It operates from either 105–130 V AC or 12–28 V DC and provides solid-state switching for AC and DC loads.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Banner Engineering |
| Category | Sensors & Switches |
| Part Number | CL5A |
| Subcategory | Sensor Controller |
| Manufacturer Number | 26681 |
| Product Family | MAXI-AMP |
| Series | CL |
| Module Type | Logic-level input module |
| AC Supply Voltage | 105–130 V AC |
| DC Supply Voltage | 12–28 V DC |
| Output Timing | Programmable; 12 selectable functions |
| Output Technology | Solid-state |
| AC Output Configuration | SPST |
| Maximum AC Load Rating | 250 V AC, 0.75 A |
| Maximum DC Load Rating | 30 V DC, 50 mA |
| Manufacturer Lifecycle Status | Obsolete / inactive |
| Weight | 0.44 lbs |
Information About CL5A
The CL5A is a logic-level input module from Banner’s MAXI-AMP CL series. Its 12 selectable timing functions allow the output sequence to match the application’s sensing requirements. Separate solid-state switching provisions accommodate AC and DC loads within their respective ratings. The module supports sensor-based sequencing and timing tasks in compatible industrial control circuits.
Key Features:
- Logic-Level Input: Accepts compatible control signals for processing within an automation circuit.
- Selectable Timing: Provides 12 timing functions for configuring the output response.
- Alternative Power Sources: Accepts either 105–130 V AC or 12–28 V DC.
- Solid-State Construction: Switches connected loads electronically without mechanical relay contacts.
- AC Load Output: Provides SPST switching for loads up to 250 V AC and 0.75 A.
- DC Load Output: Supports switching of DC loads up to 30 V DC and 50 mA.
The CL5A delivers the reliability and precision required for sensor-triggered timing and load switching in automated machinery.
Description
The Banner Engineering CL5A is a MAXI-AMP logic module that converts compatible input signals into timed switching outputs. It operates from either 105–130 V AC or 12–28 V DC and provides solid-state switching for AC and DC loads.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Banner Engineering |
| Category | Sensors & Switches |
| Part Number | CL5A |
| Subcategory | Sensor Controller |
| Manufacturer Number | 26681 |
| Product Family | MAXI-AMP |
| Series | CL |
| Module Type | Logic-level input module |
| AC Supply Voltage | 105–130 V AC |
| DC Supply Voltage | 12–28 V DC |
| Output Timing | Programmable; 12 selectable functions |
| Output Technology | Solid-state |
| AC Output Configuration | SPST |
| Maximum AC Load Rating | 250 V AC, 0.75 A |
| Maximum DC Load Rating | 30 V DC, 50 mA |
| Manufacturer Lifecycle Status | Obsolete / inactive |
| Weight | 0.44 lbs |
Information About CL5A
The CL5A is a logic-level input module from Banner’s MAXI-AMP CL series. Its 12 selectable timing functions allow the output sequence to match the application’s sensing requirements. Separate solid-state switching provisions accommodate AC and DC loads within their respective ratings. The module supports sensor-based sequencing and timing tasks in compatible industrial control circuits.
Key Features:
- Logic-Level Input: Accepts compatible control signals for processing within an automation circuit.
- Selectable Timing: Provides 12 timing functions for configuring the output response.
- Alternative Power Sources: Accepts either 105–130 V AC or 12–28 V DC.
- Solid-State Construction: Switches connected loads electronically without mechanical relay contacts.
- AC Load Output: Provides SPST switching for loads up to 250 V AC and 0.75 A.
- DC Load Output: Supports switching of DC loads up to 30 V DC and 50 mA.
The CL5A delivers the reliability and precision required for sensor-triggered timing and load switching in automated machinery.