Wireless sensor node WS-VAL-2ZL-F406-B41-01-02

WILSEN.valve

Battery operated
Data transfer via LoRaWAN
LoRaWAN downlink channel for querying and adjusting parameter values
Bluetooth interface for commissioning, parameterization and diagnostics

Technical Data
Details
Informative Literature
Product Documentation
Design / Simulation
Approvals
Software
Associated Products
Ask an Expert

Please note: All product-related documents, such as certificates, declarations of conformity, etc., which were issued prior to the conversion under the name Pepperl+Fuchs GmbH or Pepperl+Fuchs AG, also apply to Pepperl+Fuchs SE.

A teljes adatlap letöltése PDF formátumban:

Adatlap kivonata: Műszaki adatok WS-VAL-2ZL-F406-B41-01-02

Termék leírása
Wireless sensor node with LoRaWAN interface, especially for monitoring the valve positions of 90° hand lever valves, for connecting up up to 2 low-power two-wire single sensors

Main sensor
Suitable sensors		Inductive sensors output type: Two-wire with minimum off-state current
Number of connectable sensors		up to 2
Query interval		- cylically according to the set LoRaWan transmission interval and or GPS acquistion interval - if required, additionally triggered by events at intervals of 1 min ... 24 h
Integrated sensor technology
GPS sensor		for geo-positioning
	Acquisition interval	30 min ... 24 h
Temperature sensor
	Resolution	0.5 °C
	Accuracy	± 2 °C
Electrical specifications
Battery type		high capacity lithium battery 3.6 V , 13000 mAh
Operating duration		battery lifetime approx. 10 years under Central European environmental conditions, 3 measurements and 3 wireless transmission per day with sufficient network coverage.
Interface 1
Interface type		Bluetooth 5.0 LE
Transmitter radiated power		+ 8 dBm
Frequency range		2402 ... 2480 MHz
Interface 2
Interface type		LoRaWAN
Specification		LoRaWAN interface specification V1.0.3
Device type		LoRaWAN class A device
Transmitter frequency		868 MHz
Transmitter radiated power		+ 14 dBm
Frequency range		863 ... 870 MHz (Europe)
Transmission interval		10 min ... 24 h
Inputs
Number of channels		2
Connection		max. cable length 10 m
Input type		Two-wire
Directive conformity
Electromagnetic compatibility
	Directive 2014/30/EU	EN 301 489-1 V2.2.3:2019 EN 301 489-3 V2.1.1:2019 EN 301 489-17 V3.2.4:2020 EN 301 489-19 V2.1.1:2019
Radio and telecommunication terminal equipment
	Directive 2014/53/EU	EN 300 220-2 V3.1.1:2017 EN 300 328 V2.2.2:2019 EN 303 413 V1.1.1:2017
RoHS
	Directive 2011/65/EU (RoHS)	EN 63000:2018
Conformity
Mech. capacity		EN IEC 60947-5-2:2020 IEC 60947-5-2:2019
Shock resistance		EN IEC 60947-5-2:2020 IEC 60947-5-2:2019
Vibration resistance		EN IEC 60947-5-2:2020 IEC 60947-5-2:2019
Climatic conditions		EN IEC 60947-5-2:2020 IEC 60947-5-2:2019
Ambient conditions
Ambient temperature		-25 ... 70 °C (-13 ... 158 °F)
Storage temperature		-40 ... 85 °C (-40 ... 185 °F)
Mechanical specifications
Connection type		socket
Degree of protection		IP66 / IP67
Material
	Housing	PC (UL94-V0)
	Socket	brass, nickel-plated
Socket
	Threading	M12 x 1
	Number of pins	4
Mass		570 g
Dimensions
	Height	74 mm
	Width	81 mm
	Length	182 mm
Factory settings
Default setting		LoRaWAN transmission interval = 24 h LoRaWAN Downlink channel = enabled LoRaWAN Downlink acknowledgement = enabled GPS = disabled

Classifications

System	Classcode
ECLASS 13.0	27272803
ECLASS 12.0	27272803
ECLASS 11.0	27272803
ECLASS 10.0.1	27272803
ECLASS 9.0	27272803
ECLASS 8.0	27272803
ECLASS 5.1	27272803
ETIM 9.0	EC001849
ETIM 8.0	EC001849
ETIM 7.0	EC001849
ETIM 6.0	EC001849
ETIM 5.0	EC001849
UNSPSC 12.1	41111960

Details: WS-VAL-2ZL-F406-B41-01-02

Function

The wireless sensor node is used to remotely monitor the valve positions of 90°-hand lever valves. The valve position(s) and other measurement and status data from the connected sensors and the wireless sensor node are recorded at adjustable time intervals and transmitted to the remote station in the LoRaWAN network. The data is available there for display or further processing.

The wireless sensor node can be accessed remotely from the LoRaWAN network via the downlink channel of the wireless sensor node in order to query or adjust device parameter values. Parameterization can also be carried out via the additional Bluetooth interface in the sensor node using a mobile device (smartphone or tablet) and the corresponding WILSEN app.

Informative Literature: WS-VAL-2ZL-F406-B41-01-02

Literature	Nyelv	Fájltípus	Fájlméret
Application Report	ENG	PDF	322 KB

Product Documentation: WS-VAL-2ZL-F406-B41-01-02

Product information	Nyelv	Fájltípus	Fájlméret
Brief Instructions - Battery Lifetime Calculator for WILSEN Devices	ENG	PDF	148 KB
Downlink Description WS-VAL--F406-B41--02-*	ENG	PDF	487 KB
Integration into a LoRa Network for WS-UCC*-F406-B15-B41-01-02	ENG	PDF	1833 KB
Payload Description (Uplink) for WS-VAL--F406-B41--02-*	ENG	PDF	208 KB
Brief Instructions
Instruction leaflet / Beipackzettel	ALL	PDF	546 KB

Design / Simulation: WS-VAL-2ZL-F406-B41-01-02

CAD	Nyelv	Fájltípus	Fájlméret
CAD 3-D / CAD 3-D	ALL	STP	10341 KB

Approvals: WS-VAL-2ZL-F406-B41-01-02

Declaration of Conformity	Tanúsítvány sz.	Nyelv	Fájltípus	Fájlméret
EU Declaration of Conformity (P+F) / EU-Konformitätserklärung (P+F)	DOC-7394A	ALL	PDF	38 KB

Software: WS-VAL-2ZL-F406-B41-01-02

Software Tools	Megjelenési információ	Fájltípus	Fájlméret
Uplink Payload-Decoder/Javascript Code for Decoding the Uplink Sensor Payload in "ChirpStack v3" / Uplink Payload-Decoder/Javascript Code für die Dekodierung der Uplink Sensor-Payload in "ChirpStack v3"	10/2024	ZIP	4 KB
Uplink Payload-Decoder/Javascript Code for Decoding the Uplink Sensor Payload in "ChirpStack v4" / Uplink Payload-Decoder/Javascript Code für die Dekodierung der Uplink Sensor-Payload in "ChirpStack v4"	04/2024	ZIP	4 KB
Uplink Payload-Decoder/Javascript Code for Decoding the Uplink Sensor Payload in "The Things Network" (TTN) v3 / Uplink Payload-Decoder/Javascript Code für die Dekodierung der Uplink Sensor-Payload in "The Things Network" (TTN) v3	04/2024	ZIP	4 KB
Uplink Payload-Decoder/Javascript Code for Decoding the Uplink Sensor Payload in Digimondo "Niotix" / Uplink Payload-Decoder/Javascript Code für die Dekodierung der Uplink Sensor-Payload in Digimondo "Niotix"	04/2024	ZIP	4 KB

Kapcsolódó termékek: WS-VAL-2ZL-F406-B41-01-02

Accessories

	NBB2-12GS40-Z4L-V1 Inductive sensor
	Switching function: Normally open (NO), Output type: Two-wire with minimum off-state current, Installation: flush, Output polarity: DC, Output type: 2-wire, Thread mold: M12, Construction type: Cylindrical, thread, Series: Cylindrical type, Type of voltage: DC, Connection type: Connector plug, Housing material: Stainless steel 1.4305 / AISI 303, Degree of protection: IP67, Threading: M12 x 1fa

	V1-G-BK0,3M-PUR-U-V1-G Connection cable
	Cordset M12 socket straight to M12 plug straight A-coded, 4-pin, PUR cable black, UL-approved, drag chain suitable, torsion resistantfa

	MHV-WS-F406-F05-M5 Mounting bracket
	Material: stainless steel 1.4301 / AISI 304fa

General Notes Relating to Pepperl+Fuchs Product Information

Smart Monitoring of Levels and Distances

Get to know WILSEN.sonic.level and WILSEN.sonic.distance—our specialists for reliable detection and transmission of fill levels and distances in challenging environments.

Smart Valve Position Feedback and Object Presence Detection

Familiarize yourself with WILSEN.valve and WILSEN.node—our specialists for wireless monitoring of manual valves and highly flexible object presence detection.

Pepperl+Fuchs Kereskedelmi Kft.
8200 Veszprém
Kistó utca 16 - 18.
Magyarország
sales@hu.pepperl-fuchs.com
phone +36 88 545 902

A Pepperl+Fuchs az elektronikai érzékelők és alkatrészek vezető fejlesztő és gyártó vállalata a globális automatizálási piacon. A folyamatos innováció, a tartós minőség és az állandó növekedés már több mint 70 éve garantálja a sikert. A Pepperl+Fuchs 6300 embert alkalmaz világszerte, gyártóegységei vannak Németországban, az USA-ban, Szingapúrban, Magyarországon, Indonéziában és Vietnámban, legtöbbjük ISO 9001 tanusítvánnyal is rendelkezik.