Aplikasiɔn

A ye luui në kaam de kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth, kä ye nyuɔɔth

Ajuiɛɛr

Thermocouple ye tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ tɛmɛ

Karakteristika

· 2-line output 4 ~ 20mA, anti-interference capability strong;

· Lɔ̈k wëu bï yïn kony ba wire ku jɔl ya tɛmɛ de tɛmɛ de tɛmɛ de tɛmɛ de tɛmɛ de tɛmɛ de tɛmɛ;

· Duël-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ-dɛ

· Cold end temperature self compensation, non-linear correction circuit

Teknoloji kura

Standards of Product Implementation (Standards of Product Implementation)

Temperature Range and Allowable

Thermocouple

Model	Division No	Level tolerance
		Ⅰ		Ⅱ
		Luɔi	Temperature Range ℃	Luɔi	Temperature Range ℃
WRNB	K	±1.5℃	-40~+375	±2.5℃	-40~+333
		±0.004│t│	375~1000	±0.0075│t│	333~1300
WRMB	N	±1.5℃	-40~+375	±2.5℃	-40~+333
		±0.004│t│	375~1000	±0.0075│t│	333~1200
WREB	E	±1.5℃	-40~+375	±2.5℃	-40~+333
		±0.004│t│	375~1000	±0.0075│t│	333~900
WRFB	J	±1.5℃	-40~+375	±2.5℃	-40~+333
		±0.004│t│	375~750	±0.0075│t│	333~750
WRCB	T	±1.5℃	-40~+125	±2.5℃	-40~+133
		±0.004│t│	125~350	±0.0075│t│	133~350

Signal output: 4 ~ 20mA, load resistance 250Ω transmission wire resistance 100Ω

Metode output: 2nd line

A ye gam: 0.1; 0.2； 0.5

Power supply: 24V.DC±10%

Gɛɛl: IP65

Resistance insulation: Resistance insulation between the instrument output wiring terminals and the housing should not be less than 50Ω. Resistance insulation between the instrument output wiring terminals and the housing should not be less than 50Ω. Resistance insulation between the instrument output wiring terminals and the housing should not be less than 50Ω.

Warm response time: When the temperature appears phased change, the current output signal of the instrument changes to equivalent to 50% of the phase required time, usually in t0.5 indicating that when the phased response time of the temperature transmitter does not exceed one fifth of the thermocouple heat corresponding stability time t0.5, the thermocouple heat response time is used as the thermal response time of the instrument. N'a tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r tɛ̈ɛ̈r

Basic Error: The fundamental error of the instrument should not exceed the synthetic error of the thermocouple and temperature transmitter Basic error: The fundamental error of the instrument should not exceed the synthetic error of the thermocouple and temperature transmitter Basic error: The fundamental error of the instrument should not exceed the synthetic error of the thermocouple and temperature transmitter Basic error

△ =△₁+△₂

△₁A nyuɔɔth ke thermocouple ye yic;

△₂A nyuɔɔth a ye kɛ̈l ye kɛ̈l ye kɛ̈l ye kɛ̈l ye kɛ̈l ye kɛ̈l ye kɛ̈l;

Tʋʋm

Model	Division No	Temperature Range ℃	Warm Response Waktu	Material pip gël	Specifications
					d	L×1
WRMB-122	N	0~1100	<120S	Aluminium	φ16	300×150 350×200 400×250 450×300 500×400 650×500 900×750 1150×1000 1650×1500 3150×2000
WRNB-122	K
WRMB-123	N				φ20
WRNB-123	K
WRMB-120 WRMB-120G	N	0~1000	<90S	0Cr25Ni20	φ16
		0~800	<24S	1Cr18Ni9Ti
WRNB-120 WRNB-120G	K	0~1000	<90S	0Cr25Ni20
		0~800	<24S	1Cr18Ni9Ti
WREB-120 WREB-120G	E	0~600	<90S	1Cr18Ni9Ti
			<24S
WRCB-120 WRCB-120G	T	0~350	<90S
			<24S
WRFB-120 WRFB-120G	J	0~500	<90S
			<24S
WZPB-121 WZPB-121G	Pt100	-200~500	<120S	1Cr18Ni9Ti	φ12
			<24S
WZCB-121 WZCB-121G	Cu50 Cu100	-50~150	<120S
			<24S

Model	Division No		Temperature Range ℃	Warm Response Waktu	Material pip gël	Specifications
						d	L×1
WRMB-120 WRMB-120G	N		0~1000	<90S	0Cr25Ni20	φ16	300×150 350×200 400×250 450×300 500×400 650×500 900×750 1150×1000 1650×1500 3150×2000
			0~800	<24S	1Cr18Ni9Ti
WRNB-120 WRNB-120G	K		0~1000	<90S	0Cr25Ni20
			0~800	<24S	1Cr18Ni9Ti
WREB-120 WREB-120G	E		0~600	<90S	1Cr18Ni9Ti
				<24S
WRCB-120 WRCB-120G	T		0~350	<90S
				<24S
WRFB-120 WRFB-120G	J		0~500	<90S
				<24S
WZPB-121 WZPB-121G	Pt100		-200~500	<120S	1Cr18Ni9Ti	φ12
				<24S
WZCB-121 WZCB-121G		Cu50 Cu100	-50~150	<120S
				<24S

Model	Division No		Temperature Range ℃	Warm Response Waktu	Material pip gël	Specifications
						d	L
WRMB-320 WRMB-320G	N		0~1000	<90S	0Cr25Ni20	φ16	300 350 400 450 500 650 900 1150 1650 2150
			0~800	<24S	1Cr18Ni9Ti
WRNB-320 WRNB-320G	K		0~1000	<90S	0Cr25Ni20
			0~800	<24S	1Cr18Ni9Ti
WREB-320 WREB-320G	E		0~600	<90S	1Cr18Ni9Ti
				<24S
WRCB-320 WRCB-320G	T		0~350	<90S
				<24S
WRFB-320 WRFB-320G	J		0~500	<90S
				<24S
WZPB-321 WZPB-321G	Pt100		-200~500	<120S	1Cr18Ni9Ti	φ12
				<24S
WZCB-321 WZCB-321G		Cu50 Cu100	-50~150	<120S
				<24S

Model	Division No		Temperature Range ℃	Warm Response Waktu	Material pip gël	Specifications
						d	L×1
WRMB-420 WRMB-420G	N		0~1000	<90S	0Cr25Ni20	φ16	300×150 350×200 400×250 450×300 500×400 650×500 900×750 1150×1000 1650×1500 3150×2000
			0~800	<24S	1Cr18Ni9Ti
WRNB-420 WRNB-420G	K		0~1000	<90S	0Cr25Ni20
			0~800	<24S	1Cr18Ni9Ti
WREB-420 WREB-420G	E		0~600	<90S	1Cr18Ni9Ti
				<24S
WRCB-420 WRCB-420G	T		0~350	<90S
				<24S
WRFB-420 WRFB-420G	J		0~500	<90S
				<24S
WZPB-421 WZPB-421G	Pt100		-200~500	<120S	1Cr18Ni9Ti	φ12
				<24S
WZCB-421 WZCB-421G		Cu50 Cu100	-50~150	<120S
				<24S

Model	Division No	Temperature Range ℃	Warm Response Waktu	Material pip gël	Specifications
					d	L×1
WRMB-420 WRMB-420G	N	0~1000	<90S	0Cr25Ni20	φ15	300×150 350×200 400×250 450×300 500×400
		0~800		1Cr18Ni9Ti
WRNB-420 WRNB-420G	K	0~1000		0Cr25Ni20
		0~800		1Cr18Ni9Ti
WREB-420 WREB-420G	E	0~600		1Cr18Ni9Ti
WRCB-420 WRCB-420G	T	0~350
WRFB-420 WRFB-420G	J	0~500
WZPB-421 WZPB-421G	Pt100	-200~500	<90S	1Cr18Ni9Ti
WZCB-421 WZCB-421G	Cu50 Cu100	-50~150

Model	Division No	Temperature Range ℃	Spesifikasyon Thread	Material pip gël	Specifications
					d	L1
WRMB-52 WRMB-52A	N	0~1000	M20×1.5	1Cr18Ni9Ti	φ3 φ4 φ5 φ6 φ8	245 270 295 345 395 445 545 645 745 899 1149
			NPT1/2
WRNB-52 WRNB-52A	K		M20×1.5
			NPT1/2
WREB-52 WREB-52A	E	0~600	M20×1.5
			NPT1/2
WRCB-52 WRCB-52A	T	0~350	M20×1.5
			NPT1/2
WRFB-52 WRFB-52A	J	0~500	M20×1.5
			NPT1/2
WZPB-52 WZPB-52A	Pt100	-200~500	M20×1.5	1Cr18Ni9Ti	φ5 φ6 φ8
			NPT1/2
WZCB-52 WZCB-52A	Cu50 Cu100	-50~150	M20×1.5
			NPT1/2

Model	Division No	Temperature Range ℃	Spesifikasyon Thread	Material pip gël	Specifications
					d	L1
WRMB-72 WRMB-72A	N	0~1000	M20×1.5	1Cr18Ni9Ti	φ3 φ4 φ5 φ6 φ8	245 270 295 345 395 445 545 645 745 899 1149
			NPT1/2
WRNB-72 WRNB-72A	K		M20×1.5
			NPT1/2
WREB-72 WREB-72A	E	0~600	M20×1.5
			NPT1/2
WRCB-72 WRCB-72A	T	0~350	M20×1.5
			NPT1/2
WRFB-72 WRFB-72A	J	0~500	M20×1.5
			NPT1/2
WZPB-72 WZPB-72A	Pt100	-200~500	M20×1.5	1Cr18Ni9Ti	φ5 φ6 φ8
			NPT1/2
WZCB-72 WZCB-72A	Cu50 Cu100	-50~150	M20×1.5
			NPT1/2

Model	Division No	Temperature Range ℃	Spesifikasyon Thread	Material pip gël	Specifications
					d	L1
WRMB-82 WRMB-82A	N	0~1000	M20×1.5	1Cr18Ni9Ti	φ3 φ4 φ5 φ6 φ8	245 270 295 345 395 445 545 645 745 899 1149
			NPT1/2
WRNB-82 WRNB-82A	K		M20×1.5
			NPT1/2
WREB-82 WREB-82A	E	0~600	M20×1.5
			NPT1/2
WRCB-82 WRCB-82A	T	0~350	M20×1.5
			NPT1/2
WRFB-82 WRFB-82A	J	0~500	M20×1.5
			NPT1/2
WZPB-82 WZPB-82A	Pt100	-200~500	M20×1.5	1Cr18Ni9Ti	φ5 φ6 φ8
			NPT1/2
WZCB-82 WZCB-82A	Cu50 Cu100	-50~150	M20×1.5
			NPT1/2

Model	Division No	Temperature Range ℃	Spesifikasyon Thread	Material pip gël	Specifications
					d	L1
WRMB-92 WRMB-92A	N	0~1000	M20×1.5	1Cr18Ni9Ti	φ3 φ4 φ5 φ6 φ8	245 270 295 345 395 445 545 645 745 899 1146
			NPT1/2
WRNB-92 WRNB-92A	K		M20×1.5
			NPT1/2
WREB-92 WREB-92A	E	0~600	M20×1.5
			NPT1/2
WRCB-92 WRCB-92A	T	0~350	M20×1.5
			NPT1/2
WRFB-92 WRFB-92A	J	0~500	M20×1.5
			NPT1/2
WZPB-92 WZPB-92A	Pt100	-200~500	M20×1.5	1Cr18Ni9Ti	φ5 φ6 φ8
			NPT1/2
WZCB-92 WZCB-92A	Cu50 Cu100	-50~150	M20×1.5
			NPT1/2