

14C222 | Reliance Electric Drive MinPak Interface Kit Preset Speed
- Regular price
- $104.00
- Sale price
- $104.00
- Regular price
-
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Product Description P/N: 14C222
Description
The Reliance Electric 14C222 is a discontinued MinPak interface kit designed to provide preset speed control for MinPak drive systems. This interface module allowed integration of fixed-speed settings or instrument signal inputs, enabling simplified motor control in legacy automation setups.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category |
Measurement and Indicators
|
Part Number |
14C222 |
Subcatecory |
Tachometers, Generators, & Speed Indicators
|
Product Type | Interface Kit |
Function | Preset Speed / Instrument Input |
Compatibility | Reliance MinPak Drives |
Application | Legacy Motor Control, Speed Selection |
Net Weight (kg) | 0.05 kgs |
Information About 14C222
The 14C222 was developed as part of the Reliance Electric MinPak series of drive accessories. It functioned as a preset speed/instrument interface kit, allowing operators to select from fixed speed levels or connect external control signals for semi-automated operation. Though discontinued, the kit was commonly used to enhance the flexibility and functionality of MinPak drives in various industrial applications, particularly in systems requiring repeatable motor speed control without full automation.
Key Features:
-
Preset Speed Control: Allowed configuration of predefined motor speed levels for repeatable and consistent operation.
-
Instrument Input Integration: Supported analog signal input for variable control from external instruments.
-
Designed for MinPak Drives: Provided enhanced interface capabilities for legacy Reliance Electric MiniPak drive systems.
-
Compact and Retrofit-Friendly: Easily installable in existing systems with minimal wiring or programming.
-
Discontinued by Manufacturer: Still in use for maintenance, replacement, or refurbishment of legacy drive systems.
The 14C222 provided a simple and effective way to add basic speed control functionality to MinPak systems without the complexity of full variable-speed programming.
Description
The Reliance Electric 14C222 is a discontinued MinPak interface kit designed to provide preset speed control for MinPak drive systems. This interface module allowed integration of fixed-speed settings or instrument signal inputs, enabling simplified motor control in legacy automation setups.
Technical Specifications
Condition |
New/Never Used Surplus |
---|---|
Brand | Reliance Electric |
Category |
Measurement and Indicators
|
Part Number |
14C222 |
Subcatecory |
Tachometers, Generators, & Speed Indicators
|
Product Type | Interface Kit |
Function | Preset Speed / Instrument Input |
Compatibility | Reliance MinPak Drives |
Application | Legacy Motor Control, Speed Selection |
Net Weight (kg) | 0.05 kgs |
Information About 14C222
The 14C222 was developed as part of the Reliance Electric MinPak series of drive accessories. It functioned as a preset speed/instrument interface kit, allowing operators to select from fixed speed levels or connect external control signals for semi-automated operation. Though discontinued, the kit was commonly used to enhance the flexibility and functionality of MinPak drives in various industrial applications, particularly in systems requiring repeatable motor speed control without full automation.
Key Features:
-
Preset Speed Control: Allowed configuration of predefined motor speed levels for repeatable and consistent operation.
-
Instrument Input Integration: Supported analog signal input for variable control from external instruments.
-
Designed for MinPak Drives: Provided enhanced interface capabilities for legacy Reliance Electric MiniPak drive systems.
-
Compact and Retrofit-Friendly: Easily installable in existing systems with minimal wiring or programming.
-
Discontinued by Manufacturer: Still in use for maintenance, replacement, or refurbishment of legacy drive systems.
The 14C222 provided a simple and effective way to add basic speed control functionality to MinPak systems without the complexity of full variable-speed programming.
