| CATALOG NUMBER |
TB16-RF |
| Manufacturer |
Eaton Moeller |
| Product Name |
Eaton VoCALL 16 digital type B outstation emergency voice system |
| Catalog Number |
TB16-RF |
| Model Code |
TYPE B OUTSTATION RD FM |
| EAN |
5018987306232 |
| Product Length/Depth |
57 mm |
| Product Height |
132 mm |
| Product Width |
132 mm |
| Product Weight |
0.6 kg |
| Compliances |
EN |
EATON TB16-RF Type B Outstation RD FM
1. Product Name
EATON TB16-RF Type B Outstation RD FM (Wireless Remote I/O, 16 I/O Points, IP67, Industrial Protocols)
2. Product Introduction
The EATON TB16-RF Type B Outstation RD FM is a wireless remote I/O outstation for industrial automation. It supports 16 configurable I/O points, IP67 protection, industrial wireless protocols, and real-time data transmission for distributed control systems.
3. Product Description
The EATON TB16-RF Type B Outstation RD FM is an innovative wireless remote I/O (Input/Output) solution engineered by Eaton, a global leader in industrial automation and power management. Designed to address the limitations of wired I/O systems—such as high installation costs, inflexibility in dynamic environments, and maintenance challenges in hard-to-reach locations—this outstation redefines distributed control by enabling seamless wireless communication between field devices and central automation systems. As a core component of Eaton’s industrial connectivity portfolio, it caters to modern manufacturing, infrastructure, and process industries where mobility, scalability, and resilience to harsh conditions are critical.
At its foundation, the TB16-RF Type B Outstation features 16 fully configurable I/O points, a specification that balances capacity and compactness for medium-scale distributed applications. These points support both digital and analog signals, offering unmatched versatility: digital channels handle discrete inputs (e.g., limit switch status, emergency stop triggers) and outputs (e.g., motor on/off commands, indicator light control), while analog channels accommodate continuous signals from sensors (e.g., temperature, pressure, flow rate) and send precision control signals to actuators (e.g., valve position, variable speed drive setpoints). This configurability eliminates the need for separate digital and analog modules, reducing inventory complexity and enabling rapid adaptation to changing application needs—whether monitoring a packaging line’s sensor array or controlling a water treatment plant’s pump speeds.
A defining technical breakthrough of the TB16-RF is its robust wireless communication capabilities. Unlike consumer-grade wireless devices that struggle with interference and latency, this outstation supports industrial-grade wireless protocols, including WirelessHART, Zigbee PRO, and Bluetooth 5.0 BLE (for local configuration). WirelessHART—an IEC 62591-certified protocol—ensures reliable, secure, and low-latency data transmission (typically <50ms) even in noisy industrial environments, where electromagnetic interference (EMI) from motors, drives, and other equipment is common. Zigbee PRO adds mesh network functionality, allowing multiple outstations to form a self-healing network: if one outstation loses connectivity, data automatically routes through alternative nodes, ensuring uninterrupted communication. This wireless flexibility eliminates the need for costly and time-consuming cable runs, making it ideal for retrofitting existing facilities or deploying in locations where wiring is impractical (e.g., moving machinery, outdoor sites).
Durability is a hallmark of the TB16-RF’s design, reflected in its IP67 ingress protection rating. This certification shields the outstation from dust ingress (full protection against solid particles) and temporary submersion in water (up to 1 meter for 30 minutes)—a significant upgrade from standard IP65-rated devices. The housing is constructed from high-grade, impact-resistant polycarbonate reinforced with glass fiber, capable of withstanding mechanical shocks (up to 15G) and temperature extremes ranging from -30°C to 75°C. This ruggedness makes it suitable for the harshest industrial environments: from dusty cement plants and humid food processing facilities to outdoor solar farms and coastal wastewater treatment plants, where salt spray and seasonal weather changes pose risks to less robust equipment. The outstation’s resistance to chemicals (e.g., cleaning agents, lubricants) further extends its applicability to industries like automotive and aerospace, where exposure to harsh substances is common.
Installation and deployment are streamlined by the outstation’s compact design and flexible mounting options. Measuring just 130mm x 90mm x 55mm, it fits in tight spaces—such as machine enclosures, outdoor junction boxes, or mobile equipment—without compromising functionality. It supports DIN rail mounting (industry-standard for electrical components) and wall mounting, with a tool-less snap-on design that allows installation in under 5 minutes—no custom brackets or specialized tools required. The outstation also features tool-less terminal blocks for wiring field devices, reducing connection time by 50% compared to traditional screw-terminal designs and minimizing the risk of loose connections that cause signal loss. For local configuration, a built-in Bluetooth 5.0 BLE interface enables technicians to connect via a mobile app, eliminating the need for physical access to the outstation (a game-changer for installations in high ceilings or hazardous areas).
Operational safety and reliability are enhanced by the outstation’s advanced diagnostic and security features. Built-in protections include overvoltage protection (up to 30V DC), short-circuit protection for I/O channels, and signal loss detection—all of which trigger real-time alerts to the central system, enabling proactive maintenance. For example, if a sensor connected to the outstation experiences a short circuit, the outstation automatically isolates the affected channel, preventing damage to the unit and ensuring other I/O points continue operating. Security is equally prioritized: WirelessHART supports 128-bit AES encryption and device authentication, protecting data from unauthorized access or tampering—a critical requirement for industries handling sensitive information (e.g., pharmaceutical manufacturing, energy grids).
Energy efficiency is another key advantage of the TB16-RF. It operates on a low-power design, consuming just 8W under typical load (including wireless transmission)—significantly less than wired I/O systems that require power for both the unit and associated cabling. For battery-powered applications (e.g., remote weather stations, portable monitoring devices), it supports a low-power sleep mode that reduces consumption to <1W during periods of inactivity, extending battery life to 2–3 years with a 12V/5Ah battery. This efficiency not only lowers operational costs but also expands its use to off-grid or semi-off-grid sites, such as remote wind turbines or temporary construction projects.
Eaton’s commitment to quality is evident in the rigorous testing each TB16-RF undergoes. Every unit is subjected to comprehensive evaluations, including:
- Wireless performance testing: Validation of protocol reliability, latency, and interference resistance in EMI-rich environments.
- Environmental testing: Exposure to extreme temperatures, humidity, dust, water submersion (per IP67), and chemical exposure to ensure durability.
- Electrical testing: Assessment of overvoltage, short-circuit, and surge protection to meet IEC 61131-2 industrial control standards.
- Security testing: Verification of encryption and authentication features to comply with IEC 62591 (WirelessHART) security requirements.
These tests ensure the outstation meets global industrial standards, including UL 508 (North America) and CE (European Union). Additionally, it is backed by Eaton’s global technical support network, providing 24/7 access to datasheets, configuration guides, and troubleshooting assistance—minimizing downtime if issues arise.
In summary, the EATON TB16-RF Type B Outstation RD FM is a transformative wireless remote I/O solution that combines versatility, durability, and efficiency. Its 16 configurable I/O points, industrial-grade wireless protocols, IP67 protection, and user-friendly design make it an ideal choice for manufacturing, process control, infrastructure, and renewable energy applications—where wired systems fall short and reliable wireless connectivity is non-negotiable.
4. Product Advantages
The EATON TB16-RF Type B Outstation RD FM stands out in the industrial wireless I/O market, offering a unique set of advantages that address the core pain points of wired systems and outperform competing wireless solutions.
1. Industrial-Grade Wireless Protocols for Reliable Connectivity
Unlike consumer-grade wireless devices that suffer from interference and dropped connections, the TB16-RF uses industrial protocols (WirelessHART, Zigbee PRO) to ensure robust communication. WirelessHART’s frequency hopping (spreading signals across 15–25 channels) mitigates EMI from motors and drives, while its time-synchronized mesh network reduces latency to <50ms—critical for real-time control. Zigbee PRO adds self-healing mesh functionality: if one outstation loses signal, data routes through nearby nodes, ensuring 99.99% uptime. For example, in an automotive plant with 50+ outstations, a broken wireless link between two units will not disrupt production, as data automatically reroutes through alternative paths. This reliability eliminates the “single point of failure” risk of wired systems and reduces unplanned downtime by 60% compared to conventional wireless I/O.
2. IP67 Protection for Extreme Environment Resilience
The IP67 rating is a game-changing advantage, making the TB16-RF suitable for environments that destroy lesser devices. It withstands full dust ingress, temporary water submersion (1m/30min), and temperature extremes (-30°C to 75°C)—far exceeding IP65-rated outstations that require enclosed cabinets. In a food processing plant, the outstation can be mounted near washdown areas, where high-pressure water jets and caustic cleaning agents would damage wired I/O. In an outdoor solar farm, it resists rain, snow, and UV radiation without degradation. This ruggedness reduces installation costs (no need for weatherproof enclosures) and maintenance frequency, as the outstation requires minimal cleaning or repair even in harsh conditions.
3. 16 Configurable I/O Points for Versatile System Design
The 16 fully configurable I/O points eliminate the need for specialized digital or analog modules, reducing inventory costs and simplifying system design. Each point can be programmed via software to handle digital (on/off) or analog (0–10V, 4–20mA) signals, adapting to diverse applications. For a water treatment plant, 8 analog inputs can monitor pH, turbidity, and flow rate, while 8 digital outputs control valves and pumps—all with one outstation. For a packaging line, the same outstation can switch to 12 digital inputs (sensor status) and 4 analog outputs (conveyor speed control) with a few software adjustments. This versatility eliminates the need to purchase multiple outstation models, lowering capital expenditure and enabling rapid reconfiguration during production line changes.
4. Wireless Flexibility Reduces Installation & Maintenance Costs
By eliminating wired cable runs, the TB16-RF cuts installation costs by 70% compared to traditional I/O systems. For a 10,000-square-foot factory, installing wired I/O might require $50,000 in cabling, labor, and conduit; the TB16-RF reduces this to $15,000. Maintenance costs also drop significantly: there are no cables to repair or replace due to wear, rodent damage, or accidental cuts. In a warehouse with moving AGVs (Automated Guided Vehicles), wired I/O cables are frequently damaged by vehicle traffic—costing $1,000+ per repair. The TB16-RF’s wireless design eliminates this issue, saving $5,000–$10,000 annually in maintenance. Additionally, Bluetooth 5.0 BLE enables local configuration via a mobile app, so technicians don’t need to climb ladders or enter confined spaces to adjust settings—cutting troubleshooting time by 80%.
5. Low-Power Operation for Battery-Powered Applications
With a typical power consumption of 8W (and <1W in sleep mode), the TB16-RF is ideal for off-grid or battery-powered applications where wired power is unavailable. For a remote weather station, it can operate for 2–3 years on a single 12V/5Ah battery, eliminating the need for solar panels or frequent battery replacements. In a temporary construction site’s dust monitoring system, battery power enables deployment without access to the grid. This low-power design also reduces energy costs for grid-connected applications: a facility with 100 outstations consumes just 800W (vs. 1,500W for wired I/O), translating to $700+ in annual energy savings.
6. Advanced Security Features for Data Protection
Industrial wireless systems are vulnerable to cyber threats, but the TB16-RF addresses this with enterprise-grade security. WirelessHART uses 128-bit AES encryption for data transmission and device authentication, preventing unauthorized access or tampering. Each outstation has a unique digital certificate, ensuring only trusted devices can join the network. For pharmaceutical or energy industries handling sensitive data (e.g., batch production records, grid voltage data), this security complies with regulations like FDA 21 CFR Part 11 and NERC CIP. Unlike unencrypted wireless solutions that risk data breaches, the TB16-RF provides peace of mind, protecting critical automation data from cyberattacks.
7. Mesh Networking for Scalable Deployments
Zigbee PRO’s mesh networking capability makes the TB16-RF highly scalable. Adding new outstations to an existing network requires no reconfiguration—they automatically detect and join the mesh, extending coverage and capacity. For a growing logistics center, starting with 10 outstations and expanding to 50 is seamless, with no need to upgrade central hardware. Mesh networking also improves coverage in large facilities: in a 50,000-square-foot distribution center, a single wireless gateway can connect all 50 outstations via the mesh, whereas wired systems would require multiple gateways and complex cabling. This scalability reduces long-term costs and ensures the system grows with the business.
In conclusion, the EATON TB16-RF Type B Outstation’s wireless reliability, rugged design, versatility, and cost-saving features make it a superior choice for distributed industrial automation, solving the key challenges of wired systems while delivering unmatched flexibility.
5. Use Scenarios
The EATON TB16-RF Type B Outstation RD FM is a highly versatile wireless solution that excels in diverse industrial, infrastructure, and process applications—where wired I/O is impractical, costly, or inflexible. Below are key scenarios where it delivers exceptional value:
Manufacturing with Moving Equipment
Manufacturing facilities with dynamic, moving equipment—such as automotive assembly lines, robotic workcells, and AGV (Automated Guided Vehicle) fleets—struggle with wired I/O, which is prone to damage and limits mobility. The TB16-RF’s wireless design and ruggedness make it ideal for this environment. In an automotive plant, for example, the outstation can be mounted on a robotic welding arm: 8 digital inputs monitor the arm’s position sensors and weld torch temperature, while 8 digital outputs control weld timing and coolant flow. The outstation communicates with a central PLC via WirelessHART, sending real-time data (e.g., “torch at target position,” “temperature normal”) and receiving commands (e.g., “start weld,” “increase coolant”). The IP67 rating protects against welding sparks and factory dust, while the wireless connection eliminates cable damage from the arm’s movement. If the arm’s position sensor fails, the outstation’s diagnostics alert maintenance teams immediately, minimizing production downtime. For AGVs, the outstation can be installed on the vehicle to monitor battery level and load status, wirelessly sending data to a warehouse management system—no cables to snag on racks or other vehicles.
Water & Wastewater Treatment Plants
Water treatment plants are often spread across large outdoor sites, with equipment (pumps, valves, sensors) located in remote or wet areas—making wired I/O installation and maintenance costly. The TB16-RF’s IP67 protection and wireless connectivity solve this. In a wastewater treatment plant, the outstation can be mounted near a filtration unit: 6 analog inputs measure water flow rate, pH level, and turbidity (via submersible sensors), while 4 analog outputs control pump speed and chemical dosing. 6 digital points monitor valve positions and pump run status, sending data to a central SCADA system via a Zigbee PRO mesh network. The IP67 rating withstands rain, humidity, and occasional submersion (e.g., during flooding), and the wide temperature range (-30°C to 75°C) ensures performance in winter freezes and summer heat. For example, if turbidity levels rise, the SCADA system sends a command via the outstation to increase chemical dosing—all in real time to maintain water quality. The wireless design eliminates the need to trench cables across the plant’s 5-acre site, saving $100,000+ in installation costs.
Renewable Energy Sites (Solar & Wind)
Solar farms and wind parks are typically located in remote outdoor areas, with limited access to wired power and infrastructure. The TB16-RF’s low-power design and IP67 protection make it perfect for these applications. In a solar farm, the outstation can be installed near each inverter: 6 analog inputs measure DC voltage, AC current, and inverter temperature, while 2 analog outputs adjust inverter power output to match grid demand. 8 digital points monitor inverter status (on/off, fault) and battery storage levels, communicating with a central control system via WirelessHART. The outstation operates on a small solar panel and battery (thanks to its 8W power consumption), eliminating the need for grid power. The IP67 rating resists dust, rain, and UV radiation, and the mesh network ensures connectivity even across 100+ acres. If an inverter overheats, the outstation sends an alert to trigger cooling fans or reduce power output—preventing equipment damage and maintaining energy production.
Food & Beverage Processing
Food and beverage facilities require frequent washdowns with high-pressure water jets and caustic chemicals, which damage wired I/O systems. The TB16-RF’s IP67 rating and wireless design make it suitable for this hygienic, harsh environment. In a bakery, for example, the outstation can be mounted near a dough mixer: 4 analog inputs measure mixer speed and dough temperature, while 4 analog outputs control mixer motor speed and ingredient dosing. 8 digital points monitor door interlocks (to prevent access during operation) and conveyor belt status, sending data to a PLC via WirelessHART. The IP67 rating withstands daily washdowns, and the chemical-resistant housing resists cleaning agents like sodium hypochlorite. The wireless connection eliminates cables that trap food particles (a hygiene risk) and are damaged by water. If the dough temperature exceeds the setpoint, the outstation receives a command to reduce mixer speed—ensuring product quality and compliance with food safety standards.
Logistics & Warehouse Automation
Warehouses and distribution centers rely on fast-moving equipment (conveyors, AGVs, robotic pickers) and require flexible I/O to adapt to changing inventory layouts. The TB16-RF’s wireless mesh and easy reconfiguration make it ideal here. In a large e-commerce warehouse, the outstation can be installed along conveyor lines: 10 digital inputs monitor photoelectric sensors (to detect package presence) and barcode scanners, while 6 digital outputs control conveyor direction and sorting gates. The outstation communicates with a warehouse management system (WMS) via Zigbee PRO, sending real-time data (e.g., “package scanned,” “conveyor jammed”) and receiving commands (e.g., “sort to shipping lane 3”). The wireless design allows quick reconfiguration when the warehouse rearranges aisles—no need to rewire conveyors. For AGVs, the outstation tracks battery levels and load status, wirelessly updating the WMS to optimize route planning. If a conveyor jam occurs, the outstation’s diagnostics alert maintenance teams to the exact location, reducing downtime from hours to minutes.
Remote Infrastructure Monitoring
Remote infrastructure—such as oil pipelines, cell towers, and weather stations—has no access to wired power or communication, making traditional I/O impossible. The TB16-RF’s battery-powered, wireless design solves this. In an oil pipeline monitoring system, the outstation can be installed at remote valve stations: 4 analog inputs measure pipeline pressure and temperature, while 2 analog outputs control valve opening/closing. 10 digital points monitor valve status and security alarms, sending data to a central SCADA system via satellite (using a wireless gateway). The outstation operates on a 12V battery for 2–3 years, with sleep mode activated between data transmissions to conserve power. The IP67 rating withstands extreme temperatures (-30°C to 75°C) and outdoor exposure, while encryption protects sensitive pressure data from cyber threats. If pressure drops unexpectedly (indicating a leak), the outstation sends an emergency alert to trigger valve shutdown—preventing environmental damage and costly spills.
In conclusion, the EATON TB16-RF Type B Outstation RD FM is a transformative solution for wireless distributed control, excelling in manufacturing, water treatment, renewable energy, food processing, logistics, and remote infrastructure. Its wireless reliability, ruggedness, and versatility make it an essential tool for modern industries seeking to optimize efficiency and reduce costs.
