Overview
Configured for human-machine command input and motion/program execution in ABB robotics control system network,the ABB 3HNE00313-1 (3HNE00313-1 Teach Pendant) provides direct physical/electrical execution.
The unit operates as a handheld operator interface integrating keypad input, LCD visualization, and teach control functions for robotic program interaction. Integrated S4C backlight supports display readability under variable industrial lighting conditions. The device is connected via a 33 ft control cable assembly for remote pendant operation relative to controller cabinet placement.
Suffix Breakdown & Model Matrix
Single fixed order code structure:
- 3HNE00313-1: ABB teach pendant assembly identifier
No validated sub-code segmentation or functional suffix decomposition is defined in provided data.
Hardware Specifications
| Parameter | Specification |
|---|---|
| Model | ABB 3HNE00313-1 |
| Brand | ABB |
| Origin | Not specified |
| Weight | 1.22 kg (2.69 lbs) |
| Dimensions | Not specified |
| OperatingTemp | 0 to 40 degC |
| PowerConsumption | Not specified |
| Cord Length | 33 ft |
| HMI Interface | LCD + keypad |
| Backlight | S4C integrated |
| StorageTemp | 0 to 50 degC |
| Humidity (Operating) | 80% non-condensing |
| Altitude Limit | 1000 m |
ABB Industrial Control Interface Behavior Profile
The ABB teach pendant interfaces with controller backplane communication architecture used in ABB robotic control platforms. Signal exchange between pendant and robot controller is handled through deterministic internal bus timing, supporting synchronous execution of jog commands, program step selection, and status feedback visualization on LCD.
Firmware interaction is dependent on controller-side compatibility, with runtime behavior tied to robot system software image synchronization. The keypad matrix scanning and display refresh cycles are executed through embedded HMI scan routines, isolated from motion control loops to maintain deterministic axis control timing.
Frequently Asked Questions
Q: Does the pendant support hot-swap during controller runtime?
A: Physical connection is not intended for dynamic hot-swap under energized motion states. Connection/disconnection should occur under safe robot stop condition to avoid communication bus interruption.
Q: What is the communication dependency for display and keypad scanning?
A: Display rendering and keypad matrix input are processed through controller-linked HMI scan cycles, synchronized with ABB internal robotic control firmware execution loop.
Q: Is firmware upgrade handled inside the pendant unit?
A: No independent firmware subsystem is specified in the pendant hardware. Functional behavior is dependent on controller-side software image and compatibility layer.
Field Installation Guidelines
Install the pendant using strain-relieved routing for the 33 ft cable to avoid mechanical stress on connector terminals. Maintain separation from high-noise motor power cabling to reduce electromagnetic coupling into HMI signal lines.
Ensure connector seating is fully engaged and mechanically locked before powering the robot controller. Cable routing should avoid sharp bend radii and should follow standard industrial control wiring segregation practices.
Do not operate the pendant under liquid exposure or corrosive atmosphere conditions. Maintain clean indoor installation environment within specified temperature range (0 to 40 degC operating).
ABB Top Products
Customers Also Viewed
Contact: Manski Wong +86 18030205725 manski@cambia.cn
Reviews
There are no reviews yet.