Technical Parameters Parameter / Feature Specification Model / Type S802PV S16 2P MCB Number of Poles 2‑pole (2P) Rated Current 16 A Rated Operational Voltage 240/415 V AC Trip Characteristic Type B (standard for general protection) Breaking Capacity 6 kA at 230/400 V AC Mounting DIN‑rail (35 mm standard) Wiring / Connection Screw terminals Operating Temperature -5 °C to +40 °C Compliance / Standards IEC/EN 60898‑1, CE marked Typical Applications Residential, commercial, light industrial circuits; protection of lighting, socket, and small motor circuits

Technical Parameters Parameter / Feature Specification Model / Type XT1N 160 3P MCCB Number of Poles 3‑pole (3P) Rated Current 125 A Trip Unit Type Thermal‑magnetic (TMA) Rated Operational Voltage Up to 690 V AC Rated Insulation Voltage (Ui) 1000 V Rated Impulse Withstand Voltage (Uimp) 8 kV Short‑Circuit Breaking Capacity High breaking capacity suitable for industrial applications Terminals / Connection Front terminals, fixed mounting Current Type AC / DC compatible Typical Applications Industrial power distribution, motor protection, machinery protection, branch‑circuit protection, general three‑phase load protection

Technical Parameters Parameter / Feature Specification Model / Type XT2N160‑50A 3P MCCB Number of Poles 3‑pole (3P) Rated Current 50 A Trip Unit Type Thermal‑magnetic (TMA) Rated Operational Voltage Up to 690 V AC Rated Insulation Voltage (Ui) 1000 V Rated Impulse Withstand Voltage (Uimp) 8 kV Short‑Circuit Breaking Capacity High breaking capacity suitable for industrial applications Terminals / Connection Front terminals (FF), fixed mounting Current Type AC / DC compatible Typical Applications Industrial power distribution, motor protection, machinery protection, branch‑circuit protection, general three‑phase load protection

Technical Parameters Parameter / Feature Specification Model / Type XT2N160 3P MCCB Number of Poles 3‑pole (3P) Rated Current 52 A Trip Unit Type Thermal‑magnetic (TMA) Rated Operational Voltage Up to 690 V AC Rated Insulation Voltage (Ui) 1000 V Rated Impulse Withstand Voltage (Uimp) 8 kV Short‑Circuit Breaking Capacity High breaking capacity suitable for industrial use (depends on voltage rating) Connection / Terminals Front terminals (FF), fixed mounting Current Type AC / DC compatible Typical Applications Industrial power distribution, motor protection, machinery protection, branch‑circuit protection, general three‑phase load protection

Technical Parameters Parameter / Feature Specification Model / Type XT2N 160 TMA160‑1600 3P FF MCCB Number of Poles 3‑pole (3P) Trip Unit Type Thermal‑magnetic (TMA), adjustable Rated Operational Current 160 A Adjustable Current Range 160 A – 1600 A Rated Operational Voltage Up to 690 V AC Rated Insulation Voltage (Ui) 1000 V Rated Impulse Withstand Voltage (Uimp) 8 kV Short‑Circuit Breaking Capacity High breaking capacity, suitable for industrial applications (e.g., up to 50 kA–100 kA depending on voltage rating) Connection / Terminals Front terminals (FF), fixed mounting Busbar / Main Circuit Connection Suitable for large busbar connections (size depends on installation) Current Type AC / DC compatible Electrical Durability Thousands of operations at rated load (typical industrial standard) Mechanical Durability Tens of thousands of operations Typical Applications Industrial power distribution, motor protection, machinery protection, branch‑circuit protection, general three‑phase load protection

Technical Parameters Parameter / Feature Specification Model / Type XT2N160 TMD32/320 3P FF MCCB Number of Poles 3‑pole (3P) Trip Unit Type Thermomagnetic (TMD), adjustable Adjustable Current Range 32 A to 320 A Rated Operational Current 160 A Rated Operational Voltage Up to 690 V AC / 500 V DC Rated Insulation Voltage (Ui) 1000 V Rated Impulse Withstand Voltage (Uimp) 8 kV Short‑Circuit Breaking Capacity 36 kA at 380‑415 V AC; 30 kA at 500 V AC; 10 kA at 690 V AC Connection Capacity Busbar 32.5–100 mm² Current Type AC / DC compatible Electrical Durability 8,000 operations at rated load Mechanical Durability 25,000 operations Power Loss (per pole) ~2.57 W Terminals / Connection Front terminals (FF), fixed mounting Typical Applications Industrial power distribution, motor protection, equipment protection, branch‑circuit protection in AC/DC systems, general three‑phase load protection

Technical Parameters Parameter / Feature Specification Model / Type XT2N 160 TMA63/630 3P FF MCCB Poles 3‑pole (3P) Trip Unit Type Thermal‑magnetic (TMA) Adjustable Current Range 63 A nominal, adjustable up to 630 A depending on setting Rated Operational Voltage Up to 690 V AC Insulation / Impulse Withstand Voltage 690 V AC / 1000 V impulse withstand Short‑Circuit Breaking Capacity e.g., 36 kA at 400 V AC; higher at lower voltages depending on variant Frame / Device Size XT2 160 frame class Terminals / Connection Front terminals (FF), fixed mounting Mounting DIN‑rail or panel mounting (fixed) Typical Applications Industrial / commercial low‑voltage distribution, motor and equipment protection, branch‑circuit protection

Technical Parameters Parameter / Feature Specification Model / Type SENTRY SSR10 (2TLA010050R0000) Supply Voltage 24 V DC Input Monitoring Single‑channel or dual‑channel safety devices, including OSSD‑output devices Reset Mode Manual or automatic (selectable) Safety Output Contacts 3 × Normally‑Open (NO) + 1 × Normally‑Closed (NC) Contact Rating Up to 6 A for resistive DC or AC loads Mounting / Wiring DIN‑rail mountable; screw‑terminal connections Dimensions (W × H × D) 22.5 mm × 120 mm × 120 mm Protection IP20 (housing and terminals) Safety Performance Performance Level e (PL e), suitable for high-category safety applications Typical Applications Emergency‑stop circuits, guard interlocks, light‑curtain monitoring, general machine‑safety control

Technical Parameters Parameter / Feature Specification / Detail Model / Series SENTRY BSR10 — 2TLA010040R0000 Supply Voltage (Us) 24 V DC Output Contacts (Safety Outputs) 3 × Normally‑Open (NO) + 1 × Normally‑Closed (NC) (i.e. 3NO + 1NC) Rated Output Current ~ 5 A AC‑15 (typical), ~ 6 A DC‑13 (resistive DC) per contact Mounting / Connection 35 mm DIN‑rail mountable; screw terminal connections (supports standard wiring) Protection / Enclosure Rating IP20 (standard for housing/terminals) Dimensions (W × H × D) 22.5 mm × 120 mm × 120 mm Net Weight ~ 0.19 kg Safety Category / Performance Level Suitable for safety‑critical applications; can be used to meet high safety requirements when used properly (e.g. as part of safety circuits) Typical Use / Application Emergency‑stop circuits, basic safety‑device monitoring, output expansion for safety relays / safety PLCs, simple machine safety control, safety output doubling / expansion

Technical Parameters Parameter / Feature Specification / Detail Model / Series Sentry BSR23 — 2TLA010041R0600 Supply Voltage 24 V DC Function Safety expansion relay (provides additional safe outputs) Safety Output Contacts 4 × Normally‑Open (NO) + 1 × Normally‑Closed (NC) relay contacts (4NO + 1NC) Contact Current / Load Capacity Rated for typical control loads; supports up to 5 A (AC‑15) / 6 A (DC‑13) operational current on contacts depending on load type Wiring / Connection Screw terminals; supports solid or ferruled conductors; wire cross‑section typical: 0.2–3.3 mm² (single) or 0.2–1.5 mm² (double) depending on terminal configuration Mounting DIN‑rail (TH35) mounting (standard control‑panel rail) Enclosure / Protection IP20 (housing/terminals) Dimensions (W × H × D) 22.5 mm × 120 mm × 120 mm Weight ~ 0.20 kg Safety Performance / Level Designed as expansion relay associated with safety circuits; can be used where safety system requires expansion of outputs; used in safety architectures compliant with high‑level safety requirements when correctly integrated Intended Use / Application Expanding number of safe outputs for safety relays / safety PLCs — controlling multiple contactors/actuators from a single safety input, suitable for industrial machinery control cabinets

Technical Parameters Parameter / Feature Specification Model / Type SSR10 — Safety relay (2TLA010050R0000) Supply Voltage 24 V DC Input Monitoring Single‑channel or dual‑channel safety devices, including OSSD‑output devices Reset Mode Manual or automatic (selectable) Safety Output Contacts 3 × Normally‑Open (NO) + 1 × Normally‑Closed (NC) Contact Rating Up to 6 A for resistive DC or AC loads Mounting / Wiring DIN‑rail mountable; screw‑terminal connections Dimensions (W × H × D) 22.5 mm × 120 mm × 120 mm Protection IP20 (housing and terminals) Safety Performance Performance Level e (PL e), suitable for high-category safety applications Typical Applications Emergency‑stop circuits, guard interlocks, light‑curtain monitoring, general machine‑safety control

Technical Parameters Parameter / Feature Specification / Detail Product / Model SSR32 — 2TLA010052R0400 Supply Voltage (Us) 24 V DC Input Monitoring Safety devices with contacts (1‑ or 2‑channel), or safety devices with OSSD outputs Reset Mode Manual or automatic reset (selectable via front‑panel switch) Safety Output Contacts 2 × Normally‑Open (NO) (instant) + 2 × Normally‑Open (NO, delayed OFF) OFF‑Delay for Delayed Outputs 0.5 seconds Output Current Rating / Load Capacity Up to 3 A (AC‑15 / DC‑13 rating) per output contact Voltage Rating of Contacts Suitable for typical AC/DC control circuits (e.g. up to 250 V AC nominal) Terminal Type / Wiring Capacity Screw terminals; wire capacity (solid or ferruled) 0.2 … 3.3 mm² (depending on terminal) Mounting 35 mm DIN‑rail (TH35) mountable Dimensions (W × H × D) 22.5 mm × 120 mm × 120 mm Weight ~ 0.207 kg Protection / Enclosure Rating Terminals/enclosure: IP20 Supported Functions Monitoring of safety circuit (E‑stop, gate switches, OSSD devices, etc.), delayed/off‑delay outputs, automatic/manual reset selection, single or dual‑channel input wiring Safety Performance / Standard Compliance Up to Performance Level e (PL e) / SIL 3 (when used in correct safety circuit) Typical Applications Safety‑switch monitoring, light‑curtain / OSSD safety devices, emergency‑stop circuits, interlock guard doors/gates, simple safety circuits with delayed stop output, general machine‑safety control