The Lilliput TK2380/T is the best-equipped monitor in the TK series: 23.8 inches of Full HD, DisplayPort with 4K at 60 Hz, USB-C for touch and video, a 9 to 36 V DC input range and the full ruggedness package with 7H, IK07 and NEMA 4.🏭 Typical applicationsControl room with high frame rate: DisplayPort accepts 4K at 60 Hz — for camera feeds, live trends and animated process views it is the only port in the series that delivers this.Vehicles and mobile plant: 9 to 36 V DC covers 12 V and 24 V on-board supplies including voltage dips, with no ballast.Large-format outdoor terminal: Anti-glare 7H glass, IK07, IP65 and NEMA 4 at the front, operation from -20 °C, automatic dimming.Single-cable operator station: USB-C carries touch and video together. The optional screw-lock cable prevents accidental disconnection.🖥️ Display23.8" LCD with 1920 × 1080 pixelsBrightness 1000 cd/m² (nits) — sunlight readableContrast 1000:1, viewing angle 178° / 178° (horizontal / vertical)Anti-glare and anti-fingerprint surfaceHardness ≥ 7H (ASTM D3363), impact resistance ≥ IK07 (EN 62262)Automatic brightness control based on ambient light👆 10-point capacitive touchThe capacitive touch responds to a light touch and supports multi-touch gestures such as zooming and scrolling. It is reported to the computer as a standard input device — no drivers need to be installed. Operation is also possible with wet hands and with rubber, latex or PVC gloves.🔌 DisplayPort and USB-C — new in the TK seriesThe TK2380/T is the first unit in the series with DisplayPort. The difference matters in practice: over HDMI the monitor accepts 4K at 30 Hz, over DisplayPort 4K at 60 Hz. If you need smooth rendering at high resolution, use DisplayPort.The USB-C port carries the touch data and, optionally, the video signal — then a single cable to the computer is enough. The wide 9 to 36 V DC input range is also unique in the series and covers 12 V and 24 V on-board supplies with headroom in both directions.🔌 ConnectionsThe unit is a pure monitor without its own CPU. The image comes from a PC, industrial PC or controller; touch is returned via USB.HDMI (up to 4K at 30 Hz)DisplayPort (up to 4K at 60 Hz)VGA (up to 1080p at 60 Hz)USB-C for touch and optionally video3.5 mm audio input3.5 mm headphone outputThe 1920 × 1080 resolution matches the output of a Kinco xF-SiHMI exactly — as well as any industrial PC or Raspberry Pi.🔧 Mounting and scope of deliveryVESA 100 mm. Twelve screw kits and four cable clamps for panel mounting are included; a remote control and a USB-C cable with screw lock are available as options.Outer dimensions 587 × 357 × 55 mm, weight 7.6 kgSupply 9 – 36 V DC, power consumption ≤ 55 WProtection IP65 (front panel), NEMA 4Operation -20 °C to +60 °C, storage -30 °C to +70 °CIncluded: 12 V power supply (5 A), HDMI cable, VGA cable, USB cable for touchTested for vibration (1.5 Grms, 5 – 500 Hz, 1 h per axis to IEC 60068-2-64) and shock (10 g, half-sine, 11 ms to IEC 60068-2-27).🏷️ Manufacturer and reliabilityLilliput Electronic Technology has been developing and manufacturing monitors for industry, broadcast and vehicle applications for over 20 years. The TK series is designed for continuous operation and is CE compliant. All specifications on this page have been checked against the manufacturer's datasheet; values marked 🔍 are derived and not confirmed in writing.

If you want to connect sensors and actuators to a PROFINET controller in a decentralised way – without running every single wire all the way back to the main cabinet – the Solidot PN5R series offers a compact, low-profile PROFINET remote I/O system. The modules sit where the signals originate – on the machine or in the field distributor – and transmit all inputs and outputs to the controller over a single Ethernet cable. Every channel has three dedicated terminals: signal, 24 V and 0 V. Sensors and actuators are therefore powered directly at the module, with no separate distribution terminals. Status LEDs right next to each channel show every input and output directly at the terminal point. 🏭 Typical applications Decentralised machine modules: Each assembly gets its own I/O module, connected via the PROFINET line – new modules are simply added in series. Relieve the control cabinet: Instead of hundreds of wires to the central cabinet, only two RJ45 cables run per module. Fewer cable ducts, fewer terminals, a clearer system. Sensor wiring without a distribution level: Because 24 V and 0 V are carried on every channel, a three-wire sensor goes straight onto the module – no additional potential distribution, no jumper combs. Retrofit on Siemens controllers: Extend existing S7-1200 or S7-1500 installations with decentralised I/O without enlarging the central PLC. Mixed signal direction: From a pure 32-channel input or output module to the 16/16 combination – on the 1616B+ model, 16 channels are freely configurable as inputs or outputs. So one variant still fits even when requirements change. 🌐 PROFINET: one cable for all signals The PN5R modules are standard-compliant PROFINET slaves and are imported into the project via their GSDML device description file. Each module has two RJ45 ports (100 Mbps) and is daisy-chained – no additional switch required. The minimum cycle time between controller and module is 1 ms, the input reaction time 150 µs. 🔗 Compatibility As a standard PROFINET device, the PN5R series works with controllers from various manufacturers; the manual documents configuration in TIA Portal V17. The inputs of the 3200 and 1616B types accept either NPN or PNP sensors – handy when both sensor types exist in your installed base. 🔌 Design and connection 3 terminals per channel: Signal, 24 V and 0 V are available on every channel – sensor and actuator supply is integrated in the module. That saves the entire supply distribution in the cabinet. Tool-free spring terminals: Power supply (8-pole) and I/O are connected via push-in spring terminals – insert the conductor, done, no screwdriver needed. Mounting: 35 mm DIN rail or direct wall mounting via the side fixing ears. Compact low-profile housing (182 × 58 × 34 mm), passive cooling – no fan, no maintenance. Power supply: 24 V DC, permissible 20.4 – 28.8 V DC, max. 8 A per terminal group on the field side. Green status LED per channel, right at the terminal. ⚙️ Configurable without extra software DIP switch on the device: The alarm version and – on the configurable models – the direction of the I/O channels are set directly on the module. Input filter 0 to 20 ms: Adjustable per module via PROFINET (factory setting 3 ms) – bouncing contacts can be settled without PLC code. Clear/hold on bus failure: Outputs can be configured module-wide or per channel to "clear", "set to 1" or "hold last value". Diagnostics: Short-circuit and reverse-polarity protection with automatic recovery, wire-break and alarm messages via PROFINET, firmware update supported. ⚠️ Limits stated honestly Protection rating IP20 – for control cabinets or protected enclosures, not for the unprotected field environment. Power supply exclusively 20.4 – 28.8 V DC, no AC supply. Operation from -20 °C to +60 °C (passive cooling). Standard process I/O – no functional-safety (safety) inputs/outputs. A separate safety controller is required for emergency stop and similar functions. PN5R modules are slave devices and require a PROFINET controller – they do not replace a PLC. The input filter applies per module, not per channel. 🏷️ Manufacturer and reliability Solidot (s'Dot) specialises in industrial networking and remote I/O technology. The PN5R modules are CE- and RoHS-compliant and built for industrial use; inputs and outputs are galvanically isolated (500 V AC) and the transistor outputs are short-circuit proof with automatic recovery. Tested to IEC 60068-2-6 (vibration) and IEC 60068-2-27 (shock). spstiger offers the series with German-language advice and support.

Anyone who needs a rugged interface for mobile operation right at the machine – mounted on a support arm or held by hand during commissioning – will find the Kinco SZ7PE built exactly for that: a physical emergency stop, six freely assignable keys, and a rugged plastic housing rated IP54. 🏭 Typical Applications Mobile machine control: With the 5- or 10-meter cable, the SZ7PE can be carried freely – ideal for robot cells or systems where the operator needs to move around during setup. Commissioning and maintenance: The built-in emergency stop and six keys allow direct access to enables and test functions without opening the control cabinet. Retrofitting existing systems: Via Ethernet or RS-485, the SZ7PE connects to existing PLCs without replacing the controller itself. Harsh environments: IP54 protection for the whole unit makes the SZ7PE suitable for workshops with dust and splash-water exposure. 🖥️ Display and Operation The 7" widescreen display resolves at 1024 × 600 pixels with 16.7 million colors and offers an 85° viewing angle in all directions. With a contrast ratio of 800:1 and 450 cd/m² brightness, the display stays legible even in daylight conditions at the point of use. 🧤 Resistive Touch: rugged and glove-friendly The 4-wire resistive touchscreen responds to mechanical pressure – regardless of whether it's operated with a bare finger, a glove, or a stylus. For mobile use with work gloves, this is the more practical choice over capacitive screens. 🔌 Connectivity 1× Ethernet: for connecting to a PLC or network. 1× RS-485 (COM0): for serial Modbus communication with existing systems. 1× USB Host: for project transfer via USB stick. 🌐 Remote Maintenance with EdgeAccess Anyone servicing devices at customer sites or on remote systems without being on-site every time can use EdgeAccess 2.0: Kinco's remote maintenance platform allows remote access to the HMI project for diagnostics and updates. 🔗 Programming with Kinco DTools Pro The SZ7PE is programmed with the free Kinco DTools Pro software – the same software generation as the current F2, G2, and GL2 series. Projects can largely be transferred between device families, which makes switching from a stationary to a mobile operator device easier. 🏷️ Manufacturer and Reliability Kinco Automation is an established manufacturer with years of experience developing HMI and drive technology for the global industrial market. The SZ7PE is CE-certified (EN 61000-6-4:2019, EN 61000-6-2:2019) and meets EMC requirements for industrial use in Europe. Kinco HMIs are in use at well over 100 spstiger customers in Germany. 🔧 Mounting and Scope of Delivery The SZ7PE is powered via a 5-meter 14-core cable and can be mounted either handheld or via a bracket with a 75 × 75 mm (VESA-compatible) mounting pattern. Dimensions: 204 × 150 × 44 mm.

If you need to count fast pulses – proximity switches on conveyors, flow meters, encoders without direction sensing – and want to do it in the field instead of through expensive high-speed counter cards in the PLC, the Solidot XB6S-PC80 is a compact 8-channel counter module of the XB6S slice series.🏭 Typical applicationsPart counting: count items on conveyor and packaging lines via photoelectric sensors or proximity switches.Flow/quantity: count the pulse outputs of flow or quantity sensors.Speed/frequency: measure clock signals without direction sensing.Distributed counting points: collect widely separated counting points over one XB6S segment instead of wiring each back to the PLC.⚙️ Key specifications8 counting channels, up to 100 kHz each.Inputs NPN/PNP compatible, common terminal COM.24 V DC supply (18–36 V), internal 5 V via the X-bus backplane.Status LED per channel, IP20, −20 to +60 °C.🔌 Connection technologyPluggable terminal block with spring terminals, backplane communication via the X-bus to the XB6S coupler. Snap on and plug in without tools – quick to install and replace.🌐 Fieldbus connectionThis module is not a standalone fieldbus device: it plugs onto an XB6S bus coupler, which handles the connection to PROFINET, EtherCAT, EtherNet/IP, Modbus and other protocols. You capture or generate the signals right in the field and transmit them over your existing fieldbus.🔧 Mounting and dimensionsConvenient configuration via the web browser on the coupler. 35 mm DIN rail, dimensions 106 × 72 × 25 mm, approx. 0.09 kg.🏷️ Manufacturer and reliabilitySolidot (Nanjing Solidot Electronic Technology) specialises in decentralised I/O and fieldbus technology. The XB6S slice series is designed for continuous industrial use in Europe, CE-marked and RoHS-compliant.

If you need to read or switch digital signals right at the machine – no control cabinet, no terminal wiring, and even where things get wet, dusty or full of swarf – the Solidot PN7A series is built for it. Rugged field I/O in an IP67 metal housing that simply plugs into the line via M12 connectors. 🏭 Typical applications Decentralised instead of a cabinet: connect sensors and actuators right at the process – saving wiring and junction boxes. Conveyor and packaging: field-level I/O on moving or distributed machinery where IP20 modules won't survive. Washdown areas: food, filling, cleaning zones – the IP67 metal housing handles splash water and cleaning. Retrofit: extend an existing PROFINET line with rugged field peripherals without touching the controller. ⚙️ Key specifications 16 digital channels, PNP – depending on the variant 16 inputs, 16 outputs or 8 + 8. 24 V DC supply (18–30 V), outputs rated 0.5 A per channel, overcurrent protection. Green status LED per channel, IP67, operating temperature −25 to +70 °C. 🔌 Connection technology All-M12 connectivity: bus via 2× M12 (D-coded), I/O via M12, power via M12. Standard cables, plugged rather than screwed – quick to install and to replace. 🌐 PROFINET in the field Fewer variants on the shelf: the 0016B+ lets you configure each of the 16 channels as input or output via parameters — one part number instead of three.Standard PROFINET: connects to common PROFINET controllers, in particular Siemens S7-1200/1500 (TIA Portal). Configuration file (GSDML) supplied by Solidot. 🏷️ Manufacturer and reliability Solidot (Nanjing Solidot Electronic Technology) specialises in decentralised I/O and fieldbus technology. The PN7A modules are designed for continuous industrial use in Europe, CE-marked and RoHS-compliant. 🔧 Mounting and dimensions Direct mounting via two fixing holes. Dimensions 225 × 62 × 36 mm, weight approx. 0.66 kg.

If you need to read or switch digital signals right at the machine – no control cabinet, no terminal wiring, and even where things get wet, dusty or full of swarf – the Solidot EC7A series is built for it. Rugged field I/O in an IP67 metal housing that simply plugs into the line via M12 connectors. 🏭 Typical applications Decentralised instead of a cabinet: connect sensors and actuators right at the process – saving wiring and junction boxes. Conveyor and packaging: field-level I/O on moving or distributed machinery where IP20 modules won't survive. Washdown areas: food, filling, cleaning zones – the IP67 metal housing handles splash water and cleaning. Retrofit: extend an existing EtherCAT line with rugged field peripherals without touching the controller. ⚙️ Key specifications 16 digital channels, PNP – depending on the variant 16 inputs, 16 outputs or 8 + 8. 24 V DC supply (18–30 V), outputs rated 0.5 A per channel, overcurrent protection. Green status LED per channel, IP67, operating temperature −25 to +70 °C. 🔌 Connection technology All-M12 connectivity: bus via 2× M12 (D-coded), I/O via M12, power via M12. Standard cables, plugged rather than screwed – quick to install and to replace. 🌐 EtherCAT in the field Standard EtherCAT: connects to common EtherCAT masters such as Beckhoff TwinCAT. Configuration file (ESI) supplied by Solidot. 🏷️ Manufacturer and reliability Solidot (Nanjing Solidot Electronic Technology) specialises in decentralised I/O and fieldbus technology. The EC7A modules are designed for continuous industrial use in Europe, CE-marked and RoHS-compliant. 🔧 Mounting and dimensions Direct mounting via two fixing holes. Dimensions 226 × 63 × 33 mm, weight approx. 0.66 kg.

If you want to connect sensors and actuators to a controller in a decentralised way – without running every single wire all the way back to the main cabinet – the Solidot EC5R series offers a compact, low-profile EtherCAT remote I/O system. The modules sit where the signals originate – on the machine or in the field distributor – and transmit all inputs and outputs to the controller over a single EtherCAT cable. Status LEDs right next to each channel show every input and output directly at the terminal point. Every channel has three dedicated terminals: signal, 24 V and 0 V – so sensors and actuators are powered directly at the module, with no separate distribution terminals. This saves wiring, terminals and space in the central cabinet – and speeds up troubleshooting. 🏭 Typical applications Decentralised machine modules: Each assembly gets its own I/O module, connected via a continuous EtherCAT line – new modules are simply added in series. Relieve the control cabinet: Instead of hundreds of wires to the central cabinet, only two RJ45 cables run per module. Fewer cable ducts, fewer terminals, a clearer system. Retrofit with an EtherCAT master: Extend existing Beckhoff TwinCAT or CODESYS controllers with decentralised I/O without enlarging the central PLC. Mixed signal direction: From a pure 32-channel input or output module to the 16/16 combination – on the 1616B+ model, 16 channels are freely configurable as inputs or outputs. So one variant still fits even when requirements change. 🌐 EtherCAT: one cable for all signals EtherCAT transmits the process data of all chained modules with very low latency over a line topology. Each EC5R module has two RJ45 ports (IN/OUT, 100 Mbps) and is daisy-chained – no additional switch required. The module is imported into the master via its EtherCAT device description file (ESI) and can be configured immediately. 🔗 Compatibility As a standard-compliant EtherCAT slave device, the EC5R series works with any EtherCAT master – such as Beckhoff TwinCAT or CODESYS. Integration is vendor-independent via the ESI file. The inputs of the 3200 and 1616B types accept either NPN or PNP sensors – handy when both sensor types exist in your installed base. 🔌 Design and connection 3 terminals per channel: Signal, 24 V and 0 V are available on every channel – sensor and actuator supply is integrated in the module. That saves the entire supply distribution in the cabinet. Tool-free spring terminals: Power supply and I/O are connected via push-in spring terminals – insert the conductor, done, no screwdriver needed. DIN-rail mounting: 35 mm DIN rail, compact low-profile housing (182 × 58 × 34 mm), passive cooling – no fan, no maintenance. Power supply: 24 V DC, permissible 20.4 – 28.8 V DC. Green status LED per channel, right at the terminal. ⚠️ Limits stated honestly Protection rating IP20 – for control cabinets or protected enclosures, not for the unprotected field environment. Power supply exclusively 20.4 – 28.8 V DC, no AC supply. Operation from -20 °C to +60 °C (passive cooling). Standard process I/O – no functional-safety (safety) inputs/outputs. A separate safety controller is required for emergency stop and similar functions. EC5R modules are slave devices and require an EtherCAT master – they do not replace a controller. 🏷️ Manufacturer and reliability Solidot (s'Dot) specialises in industrial networking and remote I/O technology. The EC5R modules are CE- and RoHS-compliant and built for industrial use; inputs and outputs are galvanically isolated (500 V AC) and the transistor outputs are short-circuit proof with automatic recovery. spstiger offers the series with German-language advice and support.

If you need to reliably capture barcodes, QR codes or RFID cards on a machine or installation – including outdoors or in harsh environments – the Newland FM3281 Grouper is a rugged fixed-mount scanner that combines three worlds in one device: 1D/2D barcode, OCR and full NFC/RFID. 🏭 Typical applications RFID login at the machine: Operators sign in with an NFC card at the HMI instead of typing passwords. The FM3281 pairs with all Kinco HMIs and works as both a login and scanning device. Access control & outdoor use: IP67 and an anti-glare design keep the scanner weatherproof – even in direct sunlight, at gates or outdoor terminals. Wiegand connects it to common access-control systems. Scanning from displays: Newland's sixth-generation imager reads dense codes straight off a smartphone screen – ideal for ticket, coupon and parcel workflows. Document capture (OCR): Reads plain-text lines from ID cards, passports and travel permits for check-in and identification use cases. 📷 Scanning & reading 2D area imager (1280 × 1088 CMOS) with omnidirectional capture – code orientation does not matter. IR and light sensors trigger scanning automatically. The built-in NFC reader supports ISO 14443 and ISO 15693 (Mifare, DESFire, NTAG, FeliCa and more) with secure authentication. 🔌 Connectivity The device offers four interfaces: USB, RS-232, RS-485 and Wiegand. This version (NLS-FM3281-NFC-20) ships as a USB kit with a 2 m USB cable. RS-485 suits long cable runs or multiple devices on one bus, Wiegand suits access-control solutions – matching cables and adapters are available as accessories. 🔗 Works with Kinco HMIs The FM3281 works with all Kinco HMIs without special setup – as a pure scanner and as an RFID login. This lets you integrate card-based user authentication directly into existing Kinco interfaces. 🔧 Ruggedness, power & warranty IP67 protection (dust- and waterproof), operating temperature −20 °C to +60 °C, 5–24 V DC supply. Compact form factor (79 × 48 × 68 mm) for built-in or stand mounting. Newland offers a 5-year warranty. 🏷️ Manufacturer and reliability Newland AIDC is an internationally established maker of auto-ID and scanning technology. The FM3281 Grouper is CE-compliant (EMC Class B, RoHS) and built for continuous industrial use. Looking for the same rugged scanner without NFC for indoor use? The Newland FM430 Barracuda is the more affordable alternative.

If you want to connect sensors and actuators to a controller in a decentralized way – without running every single wire all the way back to the main control cabinet – the Solidot EC4 series offers a compact EtherCAT remote I/O system. The modules sit right where the signals originate – on the machine or in the field distribution box – and transmit all inputs and outputs to the controller over a single EtherCAT cable. This saves wiring, terminals and space in the central cabinet. 🏭 Typical applications Decentralized machine modules: Each assembly gets its own I/O module, connected via a continuous EtherCAT line – new modules are simply daisy-chained on. Relieve the control cabinet: Instead of hundreds of wires running to the central cabinet, only two RJ45 lines per module are needed. Fewer cable ducts, fewer terminals, a clearer system. Retrofit with an EtherCAT master: Extend existing Beckhoff TwinCAT or CODESYS controllers with decentralized I/O without enlarging the central PLC. Mixed signal types: Digital, analog (current/voltage), relay, temperature or encoder – a suitable module for every signal type from the same building-block system. 🌐 EtherCAT: one cable for all signals EtherCAT transmits the process data of all daisy-chained modules with very low latency over a line topology. Each EC4 module has two RJ45 ports (IN/OUT, 100 Mbps) and is looped through – no additional switch required. The module is read into the master via the EtherCAT device description file (ESI) and is ready to configure immediately. 💡 Working with EtherNet/IP instead of EtherCAT? The same modules are available as the Solidot EI4 series (EtherNet/IP) – same hardware, same building-block system, just a different fieldbus. 🔗 Compatibility As a standard-compliant EtherCAT slave device, the EC4 series works with any EtherCAT master – such as Beckhoff TwinCAT or CODESYS. Integration is vendor-independent via the ESI file. 🔌 Design and connection Removable spring-clamp terminals: Power supply and I/O sit on removable terminal blocks – when replacing a module, the block is simply unplugged and the wiring stays in place. DIN-rail mounting: 35 mm DIN rail, compact housing (102 × 72 × 25 mm), passive cooling – no fan, no maintenance. Power supply: 24 V DC nominal, permissible 18 – 36 V DC. Status via LEDs (PWR, RUN, ERR) on each module. ⚠️ Limitations stated honestly Protection rating IP20 – for a control cabinet or protected enclosure, not for the unprotected field environment. Power supply exclusively 18 – 36 V DC, no AC supply. Operation from -10 °C to +60 °C (passive cooling). Standard process I/O – no functional-safety (safety-rated) inputs/outputs. A separate safety controller is required for emergency stop and similar functions. EC4 modules are slave devices and require an EtherCAT master – they do not replace a controller. 🏷️ Manufacturer and reliability Solidot (s'Dot) specializes in industrial networking and remote I/O technology. The EC4 modules are CE- and RoHS-compliant and built for industrial use; on the analog modules the channels are galvanically isolated (500 V, optocoupler). spstiger offers the series with expert advice and support.

For anyone wanting to connect an Eaton easyE4 control relay to serial Modbus RTU – for example to address frequency converters, energy meters or other Modbus-capable field devices – the base device is extended with the EASY-COM-RTU-M1. The communication module is mounted on the DIN rail to the left of the base device and coupled to it via the easyCOM connector. The module supports both operating modes: master/client (the easyE4 controls the field devices) and slave/server (the easyE4 is addressed by a higher-level system). This covers typical use cases from a decentralised stand-alone controller to integration with a SCADA system. 🏭 Typical applications Master mode – connect field devices: Frequency converters (e.g. Kinco KC100, INVT GD20), energy meters, sensors or actuators with Modbus RTU interface directly controlled and read out via the easyE4. Slave mode – pass data on: Integrate the easyE4 as a subordinate unit into an existing SCADA, control room or building management solution. Heterogeneous installations: Network devices from different manufacturers via a uniform protocol – without gateway effort. ⚙️ Prerequisites and compatibility Base device: Eaton easyE4 from hardware generation 05 (available from 04/2021) with firmware V1.40 or newer. Hardware generation 08 is fully compatible. Configuration: Via easySoft 8 – including Modbus mapping and diagnostics Engineering: Module firmware V1.01 (release notes MZ049016EN) brings stability and functional improvements ⚡ Key technical data Supply: 24 V DC (permissible 20.4 – 28.8 V), power consumption 1 W Connection to base device: easyCOM connector (mountable to the left) Connection to bus: Screw terminal RS-485 Protocol: Modbus RTU – configurable as either master (client) or slave (server) 🏷️ Manufacturer and standards The manufacturer is Eaton (Moeller series). The module is CE-certified and tested to UL Listed (file E205091), CSA, EN 50178, EN 61010, EN 61131-2 and EN 61000-6-2/-3. Additionally UL Hazardous Location Class I Division 2. 🔧 Mounting and scope of delivery DIN-rail mounting (35 mm per IEC/EN 60715), to the left of the easyE4 base device. Screw terminals for 0.2 – 4 mm² solid or 0.2 – 2.5 mm² flexible with ferrule. Dimensions: 36 × 90 × 58 mm (W × H × D), weight 0.1 kg, protection IP20. Recommended combination: Together with the EASY-E4-UC-12RC1 (HW V08) you get a complete Modbus-RTU-capable nano-PLC with display and Ethernet.