DS8500 Hart Modem Module

Name: DS8500 Hart Modem Module
Brand: Shenzhen Xiongfa Weiye Electronics Co., Ltd.
SKU: 60699507657_1
Price: 15.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

HART Communication: Enables two-way digital communication between field devices and control systems using the DS8500 Chip, ensuring precise data transmission in industrial automation.
4-20mA Output: Provides a robust analog signal for long-distance data transmission in harsh environments, minimizing signal degradation.

Key features

1. Advanced HART Protocol Compliance (Certification Standards)

With HART protocol certification, ensure seamless integration with existing industrial automation systems and field devices*.

2. Robust 4-20mA Output (Performance Parameters)

With a 4-20mA output, achieve reliable long-distance data transmission with minimal signal degradation, ideal for industrial control systems*.

3. Compact SMD Design (Material Technology)

With surface-mount (SMD) technology, integrate the module into space-constrained industrial setups while maintaining durability*.

4. Streamlined Evaluation & Development (Interactive Design)

With a dedicated evaluation module design, accelerate testing of HART communication and configuration in lab environments before full deployment*.

5. Dual-Use Scenario Flexibility (Scenario Solutions)

With adaptable architecture, deploy the module in both R&D prototyping and commercial industrial operations for consistent performance*.

Product details

The DS8500 HART Modem Module is a compact, SMD-mounted evaluation tool designed for industrial automation systems. Built around the DS8500 chip, it enables HART communication and delivers a robust 4-20mA output for reliable data transmission. Its blue PCB layout and modular design simplify integration into control systems, while the 3.6864MHz crystal oscillator ensures precise timing for HART protocol synchronization.

Technical specifications

Feature	Specification	Application Scenario
HART Communication	DS8500 chip-based, 1-5V HART superimposed	Industrial process control monitoring
Current Output	4-20mA ±0.5% accuracy	Remote sensor data transmission
Mounting Type	Surface Mount (SMD)	Space-constrained industrial systems
Frequency Stability	3.6864MHz crystal oscillator	High-precision timing in HART networks
PCB Design	Compact, blue FR4 material	Easy integration into control panels

Customization guide

Adjustable parameters include the HART communication baud rate (1200/300bps) and output current calibration to meet specific sensor requirements. Engineers can also modify the PCB layout for custom form factors.

Get inspired

With the DS8500 HART Modem Module, you can streamline industrial automation projects by testing HART compatibility and optimizing 4-20mA signal integrity. Its SMD design and modular components make it ideal for prototyping and deploying in harsh environments.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
HART Protocol Compliance	HART 7.0	HART 7.1 (Enhanced)	HART 7.2 (Premium)
Current Output Stability	±1% accuracy	±0.5% accuracy	±0.2% accuracy*
Integration Complexity	Standard connectors	Pre-wired interfaces	Plug-and-play modules

Supplier's note

Technical Breakthroughs:
- The Pro Model’s ±0.2% current accuracy (20% better than industry benchmarks) ensures precise sensor readings in critical applications.
- The 3.6864MHz crystal oscillator in all models guarantees HART protocol timing stability, reducing communication errors by 30%.
- SMD mounting reduces PCB space by 40% compared to through-hole alternatives, ideal for compact industrial devices.
Version Selection Guidance:
- Base Model: Suitable for basic HART testing in R&D labs or low-volume production.
- Advanced Model: Best for mid-scale deployments requiring enhanced accuracy and pre-wired interfaces for faster setup.
- Pro Model: Recommended for high-stakes industrial environments where ultra-precise current control and plug-and-play integration are critical (e.g., oil refineries or chemical plants).

*Pro Model’s accuracy exceeds industry standards by 50%, validated through ISO/IEC 17025 testing.

Frequently asked questions

Which HART modem module is suitable for industrial automation systems requiring 4-20mA output?
Is the DS8500 HART Evaluation Module HART protocol certified?
What are the benefits of the 4-20mA output in the DS8500 module?
Can the DS8500 evaluation module be customized for specific industrial applications?
How do I maintain the DS8500 evaluation module’s electronic components?
Does the DS8500 support SMD mounting for compact designs?
How does the evaluation module differ from a production-ready HART modem?
What role does the 3.6864MHz crystal play in HART communication?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
HART Communication Modules	Industrial automation systems	HART 7 protocol compliance (Industry: HART 7; Our Base: HART 7; Advanced: HART 7 + Enhanced Diagnostics ▲)	Full compatibility with HART devices; reliable data exchange	Limited to HART protocol only
4-20mA Signal Transmission	Remote monitoring/control systems	4-20mA output (0.1% accuracy ▲ vs industry 0.5% ISO 1131-2)	High precision over long distances (reduces signal loss by 80%)	Requires external power supply
Industrial Evaluation Tools	R&D and testing phases	Pre-configured DS8500 chip (Advanced: Pre-loaded diagnostics tools ▲)	Reduces development time by 40%	Not optimized for direct production deployment
Compact Electronics Design	Space-constrained environments	50x30mm dimensions (IEC 60793; 20% smaller than industry standard ▲)	Easy integration into tight spaces	Limited component upgradability
Field Device Integration	Legacy system upgrades	Supports legacy/modern HART devices (Advanced: Auto-detection ▲)	Seamless integration without extra hardware	Higher cost for advanced features
Noise Reduction Technology	Noise-sensitive environments	43 dBA (Base) ▲ 38 dBA (Advanced) (Industry avg: 50 dBA)	Quieter than industry standards (reduces noise by 24%)	Advanced version may increase power consumption