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Tianchang Yuetong Instrument Co., Ltd

E-mail
abc710599280@163.com
Phone
18255088613
Address
I Industrial Park, Datong Town, Tianchang City, Anhui Province

SWP-SSR series intelligent recorder

NegotiableUpdate on 08/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

1、 Introduction to SWP-SSR Series Paperless Recording Instruments SWP-SSR series intelligent paperless recording instruments are the latest generation of intelligent instruments developed by our company based on years of experience in digital instrument manufacturing, extensive research on advanced foreign products, and the characteristics of industrial field applications in China .....

Product Details

1、 Introduction to SWP-SSR series paperless recording instrument

The SWP-SSR series intelligent paperless recording instrument is the latest generation of intelligent instruments developed by our company based on years of experience in digital instrument manufacturing, extensive research on advanced foreign products, and the characteristics of industrial field applications in China.

The SWP-SSR series intelligent paperless recording instruments adopt multiple advanced technologies, greatly improving the stability and reliability of operation.

The appearance and structure of the SWP-SSR series intelligent paperless recording instrument have been greatly improved on the original basis, bringing greater convenience to users' installation and maintenance.

The SWP-SSR series intelligent paperless recording instrument, as a detection and control product in industrial process automation systems, has been widely used in industries such as national defense, steel, power, petrochemicals, machinery, pharmaceuticals, textiles, metallurgy, printing and dyeing.

The SWP-SSR intelligent paperless recorder incorporates the structural ideas of today's computers in its design: a new microprocessor with built-in flash memory is used in hardware, a large capacity data storage area is expanded, and a large screen LCD graphic display board is used as the display; The software introduces the framework of Chinese WINDOWS and adopts data compression technology. The quasi computerized structure highly reflects the superiority of microprocessor based instruments, successfully integrating a multifunctional instrument with flow/thermal energy accumulation that can achieve multi loop parameter monitoring, display multiple sets of numbers and graphic curves on the same screen/split screen, and contain large capacity data recording and storage space in a shell with a volume of 144 × 144 × 250 mm.

The SWP-SSR intelligent paperless recorder has made challenging reforms to traditional mechanical recorders in both human-machine operation and observation interfaces: guiding configuration operations with Chinese menus, displaying measurement processes and results with rich graphic and textual data, identifying the engineering meaning of screen content with clear Chinese information, replacing traditional recording pens and paper with large capacity semiconductor memory, overcoming various drawbacks and consumable costs of mechanical recorders, and giving people a simple and intuitive feeling of "intelligence".

2、 Characteristics of SWP-SSR series paperless recording instrument

1. Multi functional display screen:

Instrument panel configuration

2. Convenient operating interface:

Quick Chinese menu prompts users to complete parameter settings step by step.

Rich graphical display, providing parameter combinations that need to be displayed.

The touch sensitive panel buttons facilitate users to perform various operations.

3. High capacity storage space:

Capacity (Mb)	Record interval (S)	number of channels	Approximately recordable days (days)
4 (Factory Basic Configuration)	1	1	5.3
		2	2.6
		4	1.3
		8	0.66
		16	0.33
	240	1	1274
		2	637
		4	318
		8	159
		16	79
8	1	1	11.3
		2	5.6
		4	2.8
		8	1.4
		16	0.7
	240	1	2730
		2	125
		4	682
		8	341
		16	170

★ Note: The storage space can be expanded to 12M, with a maximum of 1.5 million storage data recording points, meeting the storage needs of up to 1000 days of recorded data.
The length of data recording time is related to the number of instrument channels, storage capacity, and recording interval.

4. Fast communication speed:

Equipped with a standard bidirectional serial communication port, it can exchange data with the upper computer or other related devices at a rate of up to 57600bps.

5. Flexible additional features:

Through additional modules and corresponding parameter settings, the instrument can provide analog transmission signal output, printer interface signal output, DC power supply output, standard bidirectional serial communication interface, etc.

6. Powerful recording and recalling function:

Single step recall and automatic continuous recall (recall speed adjustable in 20 levels)

Recollections can be queried by time, and historical data and curves can be viewed by moving the positioning axis

3、 Technical parameters of SWP-SSR series paperless recording instrument

input signal

input circuit	Up to 16 routes (Note 1)
Analog quantity	Thermocouples: Standard thermocouples - B, S, K, E, J, T, WRe, etc
	Resistance: Standard thermistor - Pt10, Pt100, Cu50, Cu100, etc
		Remote transmission pressure resistor -30-350W, etc
	Current: 0-10mA, 4-20mA, 0-20mA, etc. - Input resistance<500W
	Voltage: 0-5V, 1-5V, mV, etc. - Input impedance>250KW
Switching quantity	Pulse signal: waveform - rectangular, sine or triangular wave
	Radiance - greater than 4V (or as per user requirements)
	Frequency -0-10KHz (or as per user requirements)

output signal

Analog output	DC 0-10mA (load resistance<750W) DC 4-20mA (load resistance<500W)
Switching Output	DC 0-5V (load resistance ≥ 250KW) DC 1-5V (load resistance ≥ 250KW)
	Relay control output - hysteresis loop, contact: AC 220V/3A DC 24V/6A (resistive load)
	Controllable silicon control output - SCR (thyristor zero crossing trigger pulse) output, 400V/0.5A
	Solid state relay output - SSR (Solid State Relay Control Signal) output, 6-24V/30mA
Communication output	Interface Method - Standard Serial Bidirectional Communication Interface: RS-485, RS-232, etc
	Baud rate -300pbs~28.8k bps, freely set internally
Feed output	DC24V， Load<30mA

feature

measurement accuracy	± 0.2% FS ± 1 word or ± 0.5% FS ± 1 word
resolution	± 1 word
measurement range	-1999 to 9999 words
Memory capacity	1MB (expandable to 2MB)
Record Interval	Optional 1s, 2s, 4s, 8s, 10s, 20s, 40s, 1m, 2m or 4m
display mode	Large screen with backlit LCD for same screen or pagination display
Display content	Chinese menu real-time dynamic curve historical curve recall digital light column chart status
Control/Alarm	Relay ON/OFF return differential (user can freely set)
temperature compensation	0-50 ℃ digital temperature automatic compensation
control algorithm	Position based control or PID control
Parameter Settings	Chinese menu prompt panel, button settings, set values. After power failure, permanently save the set values. Password lock
protection method	Alarm for input circuit disconnection (thermocouple or resistor input) relay output status LCD indication
	Input over/under range alarm, power supply voltage under voltage automatic reset Automatic reset for abnormal work (Watch Dog)

Usage environment

ambient temperature	0～50℃
relative humidity	≤ 85RH Avoid strong corrosive gases
power supply voltage	AC90~260V - Switching power supply
power waste	≤15W

★ Communication method:

code	0	2	8
contact method	No communication	RS-232	RS-485

★ Control output mode

Selection code	0	1	2	3	4	5	6	7	8
output method	No output	relay	4～20mA	0～10mA	1～5V	0～5V	SCR output	SSR output	Special specifications

★ SCR - thyristor zero crossing trigger pulse output SSR - solid-state relay control output
★ Transmission output mode

Selection code	0	2	3	4	5	8
output method	No output	4～20mA	0～10mA	1～5V	0～5V	Special specifications

★ Input type

code	input type	Measurement range	code	input type	Measurement range	code	input type	Measurement range
01	B	400～1800 ℃	09	Pt100.1	-99.9～199.9℃	17	30～350Ω	-1999～99999 d
02	S	0 ～1600 ℃	10	Cu50	-50.0～150.0 ℃	18	Special specifications	User specific
03	K	0 ～1300 ℃	11	Cu100	-50.0～150.0 ℃	19	4-20 mA square root	-1999～99999 d
04	E	0 ～1000 ℃	12	4～20 mA	-1999～99999 d	20	0-10mA square root	-1999～99999 d
05	T	-200～400 ℃	13	0～10 mA	-1999～99999 d	21	1-5 V square root	-1999～99999 d
06	J	0 ～1200 ℃	14	1～5 V	-1999～99999 d	22	0-5V square root	-1999～99999 d
07	Wre	0 ～2300 ℃	15	0～5 V	-1999～99999 d	23	Fully switch input	Please refer to the table below for details
08	Pt100	-200～650 ℃	16	0～20 mA	-1999～99999 d	24	Frequency input	0-10KHz

★ Fully switchable input scale table

code	input type	code	input type	code	input type	code	input type	code	input type
01	B	05	T	09	Pt100.1	14	1～5 V	18	1-5 V square root
02	S	06	J	10	Cu50	15	0～5 V	19	0-5V square root
03	K	07	WRe	12	4～20 mA	16	4-20mA square meter
04	E	08	Pt100	13	0～10 mA	17	0-10mA square root

★ Alarm method:

code	N	H	L	G	A
alarm method	No alarm (can be omitted)	upper limit alarm	Lower limit alarm	Deviation internal alarm	Deviation outside alarm

★ Wiring diagram

★ Note: CH1-CH6 are input terminals for channels 1 to 6. (The above wiring diagram is based on a 6-channel fully switched input as an example)

★ Note 1: When the number of channels is 1-6, the instrument input scale can be fully switched; When there are more than 6 channels, the instrument scale cannot be switched. Please indicate the type of input scale. When the input signal is a thermal resistor, a maximum of 12 channels of input can be achieved, and when the input signal is a thermocouple or standard signal, a maximum of 16 channels of input can be achieved. If you want to have 4 outputs, only 4 input channels can be fully switched. If you have special requirements, please call us for consultation.

This instrument can carry up to 4 voltage/current outputs. I.e. OUT1:5A (+), 5B (-); OUT2：5D(+),5E(-)； OUT3：6A(+),6B(-)； OUT4：6D(+),6E(-)。