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Danfoss 10101177 Dual-Axis Analog Joystick
- Regular price
- $532.00
- Sale price
- $532.00
- Regular price
-
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Product Description P/N: 10101177
Description
The Danfoss 10101177 is a JS1000 series dual-axis joystick with analog voltage output and a grip-mounted rocker control. Its bottom-mount configuration and standard spring mechanism support directional commands for compatible electronic machine control systems.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Danfoss |
| Category | Pilot Devices |
| Part Number | 10101177 |
| Subcategory | Joystick |
| Series | JS1000 |
| Configuration Code | JS1000-XY-A-SNNN-BLSW |
| Product Type | Electronic Control Joystick |
| Axis Configuration | Dual-axis, X/Y |
| Directional Movement | Forward, reverse, left, right |
| Output Type | Analog voltage |
| Spring Configuration | Standard |
| Mounting Configuration | Bottom mount |
| Grip Option | LSW — Grip with rocker control |
| Grip Rocker Output Range | 1.15–3.85 VDC |
| CAN Communication | Not configured |
| Weight | Approximately 0.95 kg |
Information About 10101177
The 10101177 is identified by the configuration code JS1000-XY-A-SNNN-BLSW. It provides forward, reverse, left, and right command movement through its two-axis mechanism. The LSW grip includes a rocker control with a specified analog output range of 1.15–3.85 VDC. This analog configuration interfaces with compatible controller inputs rather than a CAN network.
Key Features:
- Dual-Axis Operation: Provides directional commands through X and Y movement.
- Analog Output: Interfaces with compatible voltage-based control inputs.
- Rocker Grip: Adds a proportional control function at the operator’s hand.
- Rocker Signal Range: Provides a specified output of 1.15–3.85 VDC.
- Standard Spring: Features the standard spring configuration.
- Bottom Mounting: Supports installation using the specified bottom-mount arrangement.
- JS1000 Platform: Belongs to the Danfoss electronic joystick product family.
The 10101177 delivers the reliability and precision required for compatible operator-controlled machine movement applications.
Description
The Danfoss 10101177 is a JS1000 series dual-axis joystick with analog voltage output and a grip-mounted rocker control. Its bottom-mount configuration and standard spring mechanism support directional commands for compatible electronic machine control systems.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Danfoss |
| Category | Pilot Devices |
| Part Number | 10101177 |
| Subcategory | Joystick |
| Series | JS1000 |
| Configuration Code | JS1000-XY-A-SNNN-BLSW |
| Product Type | Electronic Control Joystick |
| Axis Configuration | Dual-axis, X/Y |
| Directional Movement | Forward, reverse, left, right |
| Output Type | Analog voltage |
| Spring Configuration | Standard |
| Mounting Configuration | Bottom mount |
| Grip Option | LSW — Grip with rocker control |
| Grip Rocker Output Range | 1.15–3.85 VDC |
| CAN Communication | Not configured |
| Weight | Approximately 0.95 kg |
Information About 10101177
The 10101177 is identified by the configuration code JS1000-XY-A-SNNN-BLSW. It provides forward, reverse, left, and right command movement through its two-axis mechanism. The LSW grip includes a rocker control with a specified analog output range of 1.15–3.85 VDC. This analog configuration interfaces with compatible controller inputs rather than a CAN network.
Key Features:
- Dual-Axis Operation: Provides directional commands through X and Y movement.
- Analog Output: Interfaces with compatible voltage-based control inputs.
- Rocker Grip: Adds a proportional control function at the operator’s hand.
- Rocker Signal Range: Provides a specified output of 1.15–3.85 VDC.
- Standard Spring: Features the standard spring configuration.
- Bottom Mounting: Supports installation using the specified bottom-mount arrangement.
- JS1000 Platform: Belongs to the Danfoss electronic joystick product family.
The 10101177 delivers the reliability and precision required for compatible operator-controlled machine movement applications.
