Product Description
Allen-Bradley 2198-H070-ERS is a 3-phase servo drive that operates within a voltage range of one hundred ninety to five hundred twenty-eight VAC. This model supports a maximum output current of fifty-seven point five amps, making it suitable for various automation tasks.
Safe Torque-off certified at ISO 13849-1 PLd/SIL 2
Compatible with both servo and induction motors
Provides dual-port Ethernet connectivity
Product Highlights
This servo drive features innovative technology for efficient motor control and superior performance in industrial applications.
Product Information
Standard Information
Type: Servo Drive
Sub Brand: Kinetix
Technical Specifications
Input Voltage: 195 - 528 VAC
Input Current: 23.7 A Main AC, 71.1 A Peak AC
Power Rating: 7 kW at 195 - 264 V, 14.6 kW at 324 - 528 V
Output Current: 57.5 A
Temperature Rating: 0 - 50 degrees C
Environmental Conditions: 5 - 95% Non Condensing Humidity
Control Type: EtherNet/IP
Applications: Automated Assembly, Automated Inspection, Food and Beverage, Material Handling, Packaging, Pharmaceutical and Printing
Product DescriptionAllen-Bradley 2198-H070-ERS is a 3-phase servo drive that operates within a voltage range of one hundred ninety to five hundred twenty-eight VAC. This model supports a maximum output current of fifty-seven point five amps, making it suitable for various automation tasks.
Safe Torque-off certified at ISO 13849-1 PLd/SIL 2
Compatible with both servo and induction motors
Provides dual-port Ethernet connectivity
Product HighlightsThis servo drive features innovative technology for efficient motor control and superior performance in industrial applications.Product InformationStandard Information
Type: Servo Drive
Sub Brand: Kinetix
Technical Specifications
Input Voltage: 195 - 528 VAC
Input Current: 23.7 A Main AC, 71.1 A Peak AC
Power Rating: 7 kW at 195 - 264 V, 14.6 kW at 324 - 528 V
Output Current: 57.5 A
Temperature Rating: 0 - 50 degrees C
Environmental Conditions: 5 - 95% Non Condensing Humidity
Control Type: EtherNet/IP
Applications: Automated Assembly, Automated Inspection, Food and Beverage, Material Handling, Packaging, Pharmaceutical and Printing
Vendor: ALLEN-BRADLEY
Vendor Raw: ALLEN-BRADLEY
Product Type: CONTROL BOARDS
Category: Electrical Supplies
Subcategory: Control & Circuit Boards
Subchildcategory: Control Boards
Availability Text: Out Of Stock
Type: Servo Drive
Sub Brand: Kinetix
Input Voltage: 195 - 528 VAC
Input Current: 23.7 A Main AC, 71.1 A Peak AC
Power Rating: 7 kW at 195 - 264 V, 14.6 kW at 324 - 528 V
Output Current: 57.5 A
Temperature Rating: 0 - 50 degrees C
Environmental Conditions: 5 - 95% Non Condensing Humidity
Control Type: EtherNet/IP
Applications: Automated Assembly, Automated Inspection, Food and Beverage, Material Handling, Packaging, Pharmaceutical and Printing
Tags: AI_Content, loc_2, Parcel
Source file: 2198-H070-ERS - allen-bradley-2198-h070-ers-190-to-528-vac-3-phase-57-3-amp-ip-servo-drive.json.json
| Type | Servo Drive |
|---|---|
| Sub Brand | Kinetix |
| Input Voltage | 195 - 528 VAC |
| Input Current | 23.7 A Main AC, 71.1 A Peak AC |
| Power Rating | 7 kW at 195 - 264 V, 14.6 kW at 324 - 528 V |
| Output Current | 57.5 A |
| Temperature Rating | 0 - 50 degrees C |
| Environmental Conditions | 5 - 95% Non Condensing Humidity |
| Control Type | EtherNet/IP |
| Applications | Automated Assembly, Automated Inspection, Food and Beverage, Material Handling, Packaging, Pharmaceutical and Printing |
| Vendor | ALLEN-BRADLEY |
| Vendor Raw | ALLEN-BRADLEY |
| SKU | 2198-H070-ERS |
| Tipo de producto | CONTROL BOARDS |
| Disponibilidad | Out Of Stock |
| Moneda | USD |
| Handle Shopify | allen-bradley-2198-h070-ers-190-to-528-vac-3-phase-57-3-amp-ip-servo-drive |
| Shopify Product ID | 9628604039474 |
| Peso | 8 lb |
| Peso gramos | 3629 |
| Tags | AI_Content, loc_2, Parcel |
| Razones sin stock | DOM: Availability indica “Out Of Stock” | DOM: Bloque NotifyMe visible | DOM: price--sold-out | DOM: ATC deshabilitado con “Sold out” | JSON: Ninguna variante disponible | JSON: product.available = false |