GEWiSS GWD6821 90 AM Fuse and Switch Disconnector Instruction Manual

GWD6821 90 AM Fuse and Switch Disconnector

Product Information

The product is the GWD6821 with a power supply operating voltage of 230 V~ +/- 20%. It features a LAN-TCP/IP interface for communication and is compliant with various standards such as IEC 62368-1, IEC 60127-2, EN 55032 CISPR 32, and EN 61000-4. It has a DIN-rail mounting design and meets EMC disturbance and immunity requirements. The product has a working voltage of 300 V and a flammability rating of class V0. It also has reinforced insulation between the main supply circuit and the communication circuit.

Product Usage Instructions

1. Before performing any installation or maintenance tasks, ensure that the power is switched off to avoid electrical hazards.
2. For installation and verification, it is recommended to seek the assistance of an expert specialist.
3. Ensure that the fuse and switch disconnector are used to comply with the standard IEC 62368-1. Use a certified cartridge fuse (5×20 mm) with a rated current of 125 mA and a maximum voltage of 250 Vac (e.g., Littelfuse 0218.125).
4. The DIN rail on which the contactor is fitted must be earthed.
5. For LAN connectivity, connect the product’s LAN-TCP/IP interface using an RJ-45 connector. It supports 10/100 BASE-T Ethernet.
6. Follow the hardware connection instructions provided to establish the LAN connection.
7. The product operates using TCP/IP protocol and supports application-level protocols such as HTTP and Modbus/TCP. It also utilizes SNTP, DHCP, and DNS protocols.
8. Mount the product on a DIN rail according to the DIN 43380 and EN60715 standards.
9. Ensure proper power supply by connecting the appropriate wires (0.5 mm2, acc. to IEC 60332-2-2 for smaller sections) to the specified operating voltage.
10. Take into account the EMC disturbances and immunities requirements specified in the manual.
11. Consider the environmental conditions, such as storage temperature and relative humidity, to maintain optimal performance and longevity of the product.

The installation must be performed and checked by an expert specialist. When working on the instrument, switch off the mains voltage! Fuse and switch disconnector in compliance with standard IEC 62368-1. Cartridge fuse 5×20 mm, certified according to standard IEC 60127-2.

• Rated current 125 mA.
• Maximum voltage 250 Vac.
• For example Littelfuse 0218.125
• The DIN rail on which the contactor is fit must be earthed.

One possible scheme of the system is described below. In the picture, the LAN- Gateway is connected to a PC. Instead, LAN-Gateway can be connected to a LAN network.

• Gateway: 192.168.1.1
• DHCP OFF

ACT LED
ACT LED (yellow): Blinking means LAN activity.

SPEED LED
The LED is ON if the LAN is 100 Mbit/s, it’s OFF if the LAN is 10 Mbit/s

FDX LED
The LED is ON if the LAN is full-duplex, it’s OFF if the LAN is half-duplex.

ON LED
ON LED (green): Power supply on

RESET

• short pushing, shorter than 3 seconds –> Device reboot.
• A push longer than 3 seconds –> SPEED (green) and FDX (yellow) LEDs start blinking alternatively.
• In this phase, by releasing the Reset button, the default network parameters are restored, and the device reboots.

LAN Interface
Hardware connection RJ-45 10/100 BASE-T Ethernet SW protocol TCP/IP EU863-870 Application level protocols HTTP, Modbus/TCP SNTP, DHCP, DNS

DIN-rail mounting
Housing 1 module (18 mm) (acc. to DIN 43380 and DIN-rail 35 mm EN60715) Module depth 70 mm

Power supply
Operating Voltage 230 V~ +/- 20% Power consumption <=1.5 W Operating Frequency 45-65 Hz

Wiring Connection screw
head Z +/- POZIDRIV PZ0 Solid wire min (max) section 0.15 (2.5) mm2 Stranded wire min (max) section 0.15 (4) mm2 Wires acc. to IEC 60332-1-2 if section>= 0.5 mm2, acc. to IEC 60332-2-2 for smaller sections

EMC Disturbances
Compliant with Conducted emissions and Radio interferences EN 55032 CISPR 32 Class B

EMC Immunity
61000-4-2 – Electrostatic discharge immunity 8kV EN 61000-4-3 – Immunity to radiated RF electromagnetic field EN 61000-4-4 – Electrical fast transient/burst immunity – 4 kV on mains circuit – 2kV (capacitive clamped) on LAN connector EN 61000-4-5 – Immunity to surges – 4 kV surge pulses

Electric Safety
Pollution degree 2 (acc. to EN 62368-1:2018) Overvoltage category III Working Voltage 300 V Flammability (acc. to UL 94) class V0

Insulation
II (symbol IEC 60417-5172 (2003-02)) (acc. to IEC 61140) Reinforced Insulation between Mains supply circuit (HLV circuit) and communication circuit (SELV circuit) – a.c. Required Transient Voltage = 4 kV peak – Impulse withstand voltage test (1.2/50-sec pulse) = 7.68 kV peak – AC withstand voltage test (for 5 seconds) =4.18 Vrms – routine AC withstand voltage test = 3,4 kV rms on every single equipment for 1-second

Environmental conditions
Operating Temperature -25°C  +55°C Storage Temperature -25°C  +70°C Relative Humidity not condensing yearly average <= 75% on 30 days per year <= 95% Installation Indoor Altitude <=2000 m. Degree of Protection IP20 () () The device must be installed inside a cabinet with IP rating IP51 or better. Any exposed parts (outside the cabinet) must have a minimum degree of protection IP51. Furthermore, the cabinet must have a Flammability degree V1 (according to UL-94) or better

DEFAULT VALUES

• Protocol = Modbus TCP
• Address = 001 (To connect more than one Modbus interface send a command to the 4115 address. Modbus address: #New Id Modbus#)
• Baud rate <= 100 Mbit/s

ADDRESS MODBUS TABLE4116

(0= no communication, 1= triphase,

3= monophase,)

| ****

x

| ****

x

| Reading general registers
4100| Interface FW version| x| x
4101| Overflow allarm (0= no overflow)| x| x
4102| Present tariff (0=Tariff1 activated, 1=Tariff2 activated)| ****

x

| ****

x

4104| PID (device

identification) bytes 1 e 2

| ****

x

| ****

x

4105| PID – bytes 3 e 4| x| x
4106| PID – bytes 5 e 6| x| x
4107| PID– bytes 7 e 8| x| x
4108| PID– bytes 9 e 10| x| x
4109| PID– bytes 11 e 12| x| x
4110| PID– bytes 13 e 14| x| x
4111| Type of protocoll|  |  | Writing registers
 | (0=ModbusRTU,| x| x|
 | 1=ModbusASCII)|  |  |
4112| Speed of transmittion|  |  |
 | (1200, 2400, 4800,| x| x|
 | 9600, 19200, 38400)|  |  |
4113| Parity (0= no, 1= even,| x| x|
 | 2= odd)|
4114| Stop bits (1= 1Bit,| x| x|
 | 2=2Bits)|
4115| Modbus address (from| x| x|
 | 1 to 247)|
4116| Command for interface|  |  |
 | reset|  |  |
 | (0= modification|  |  |
 | memorized,| x| x|
 | 1= 4111-4115 register|  |  |
 | modification|  |  |
 | memorized)|  |  |
4117| Value format

(0= floating points 32bit, 1= entire)

| ****

x

| ****

x

|
4118| Command for the|  |  |
 | energy meter reset (1=|  |  |
 | reset of active energy

register, 2= reset of

| x| x|
 | reactive energy|  |  |
 | register, 3= reset of all|  |  |
 | the registers)|  |  |
4119| –| Active energy L1, T1,| x| x| Reading value register

Concerning register 4117

– if I had float value all the data are in 2 registers

– if I had entire value:

=> 2 registers: (Reg1 * 65536 + Reg2)

/ 10000

=> 4 registers: ((Reg1 65536 + Reg2) 1000000000) + Reg3 * 65536

+ Reg4) / 10000

---|---|---|---|---|---
4122|  | imp (kWh)
4123

4126

| –| Active energy L2, T1, imp (kWh)| x|
4127| –| Active energy L3, T1,| ****

x

|
4130|  | imp (kWh)
4131| –| Active energy Σ T1, imp| x|
4134|  | (kWh)
4135| –| Active energy L1, T2,| x| x
4138|  | imp (kWh)
4139| –| Active energy L2, T2,| ****

x

|
4142|  | imp (kWh)
4143| –| Active energy L3, T2,| x|
4146|  | imp (kWh)
4147| –| Active energy Σ T2, imp| x|
4150|  | (kWh)
4151| –| Active power L1 (kW)| x| x
4152|  |
4153

4154

| –| Active power L2 (kW)| x|
4155| –| Active power L3 (kW)| x|
4156|  |
4157

4160

| –| Active power Σ (kW)| x|
4161| –| Active energy L1, T1,| x| x
4164|  | exp (kWh)
4165| Active energy L2, T1,| x|
4168| exp (kWh)
4169| –| Active energy L3, T1,| x|
4172|  | exp (kWh)
4173

4176

| –| Active energy Σ T1, exp (kWh)| x|
4177| –| Active energy L1, T2,| x| x
4180|  | exp (kWh)
4181| –| Active energy L2, T2,| x|
4184|  | exp (kWh)
4185| –| Active energy L3, T2,| x|
4188|  | exp (kWh)
4189| –| Active energy Σ T2,| x|
4192|  | exp (kWh)
4189| –| Active energy Σ T2,| x|
4192|  | exp (kWh)
4193

4196

| –| Reactive energy L1, T1, imp (kvarh)| x| x
4197| –| Reactive energy L2, T1,| x|
4200|  | imp (kvarh)
4201| –| Reactive energy L3, T1,| x|
4204|  | imp (kvarh)
4205| –| Reactive energy Σ T1,| x|
4208|  | imp (kvarh)
4209

4212

| –| Reactive energy L1, T2, imp (kvarh)| x| x
4213

4216

| –| Reactive energy L2, T2, imp (kvarh)| x|
4217| –| Reactive energy L3, T2,| x|
4220|  | imp (kvarh)
4221| –| Reactive energy Σ T2,| x|
4224|  | imp (kvarh)
4225| –| Reactive energy L1, T1,| x| x|
---|---|---|---|---|---
4228|  | exp (kvarh)
4229| –| Reactive energy L2, T1,| x|
4232|  | exp (kvarh)
4233| –| Reactive energy L3, T1,| x|
4236|  | exp (kvarh)
4237| –| Reactive energy Σ T1,| x|
4240|  | exp (kvarh)
4241| –| Reactive energy L1, T2,| x| x| Reading value registers
4244|  | exp (kvarh)
4245| –| Reactive energy L2, T2,| x|
4248|  | exp (kvarh)
4249| Reactive energy L2, T3,| x|
4252| exp (kvarh)
4253| –| Reactive energy Σ T2 ,| x|
4256|  | exp (kvarh)
4257| –| Reactive power L1| x| x
4258|  | (kvar)
4259| –| Reactive power L2| x|
4260|  | (kvar)
4261| –| Reactive power L3| x|
4262|  | (kvar)
4263

4266

| –| Reactive power Σ(kvar)| x|
4267

4268

| –| Voltage L1-N (V)| x| x
4269

4270

| –| Voltage L2-N (V)| x|
4271

4272

| –| Voltage L3-N (V)| x|
4273

4274

| –| Voltage L1-L2(V)| x|
4275

4276

| –| Voltage L2-L3(V)| x|
4277

4278

| –| Voltage L3 – (V) L1| x|
4279

4280

| –| CurrentL1 (A)| x| x
4281

4282

| –| Current L2 (A)| x|
4283

4284

| –| Current L4 (A)| x|
4285| –| Apparent power L1| x| x
4286|  | (kVA)
4287| –| Apparent power L2| x|
4288|  | (kVA)
4289| –| Apparent power L3| x|
4290|  | (kVA)
4291

4294

| –| Apparent power Σ(kVA)| x|
4295

4296

| –| Power factor cos φ L1| x| x
4297

4298

| –| Power factor cos φ L2| x|
4299

4300

| –| Power factorcos φ L3| x|
4301

4302

| –| Power factor cos φ Σ| x|
4303

4304

| –| Frequency (Hz)| x| x

According to applicable UK regulations, the company responsible for placing the goods in the UK market is:
GEWISS UK LTD – Unity House, Compass Point Business Park, 9 Stocks Bridge Way, ST IVES Cambridgeshire, PE27 5JL, United Kingdom tel: +44 1954 712757 E-mail: gewiss-uk@gewiss.com

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