PICO PT-104 Programmer's Manual

Programmer's Guide

usbpt104pg r8

USB/Ethernet PRT Data Logger

PT-104

IUSB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide

Contents

1 Introduction ......................................................................................................................... 1

1 Overview ................................................................................................................................................. 1

2 Legal information ................................................................................................................................... 1

3 Trademarks ............................................................................................................................................ 2

2 Driver information ............................................................................................................... 3

3 API functions ...................................................................................................................... 4

1 UsbPt104CloseUnit ................................................................................................................................ 5

2 UsbPt104Enumerate .............................................................................................................................. 6

3 UsbPt104GetUnitInfo ............................................................................................................................. 7

4 UsbPt104GetValue ................................................................................................................................. 8

5 UsbPt104IpDetails ................................................................................................................................. 9

6 UsbPt104OpenUnit .............................................................................................................................. 10

7 UsbPt104OpenUnitViaIp ...................................................................................................................... 11

8 UsbPt104SetChannel ........................................................................................................................... 12

9 UsbPt104SetMains .............................................................................................................................. 13

4 Constants and enumerated types ................................................................................... 14

5 Ethernet protocol .............................................................................................................. 15

1 Enabling the Ethernet module ............................................................................................................. 15

2 Finding Ethernet PT-104s .................................................................................................................... 15

1 Commands ............................................................................................................................... 15

3 Unlocked unit response ....................................................................................................................... 16

4 Locked unit responses ......................................................................................................................... 16

5 To calculate a resistance ..................................................................................................................... 17

6 Technical reference .......................................................................................................... 18

Index ..................................................................................................................................... 23

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 1

1 Introduction

1.1 Overview

The PT-104 is a four-channel, high-resolution data logger for use with PT100 and PT1000 type platinum resistance thermometer (PRT) sensors. As well as temperature, it can also be used to measure resistance and voltage.

Additional information

For instructions on connecting and using the device, and setting it up with the PicoLog software, please see the PT-104 Data Logger User's Guide available on www.picotech.com.

1.2 Legal information

The material contained in this release is licensed, not sold. Pico Technology grants a license to the person who installs this software, subject to the conditions listed below.

Access. The licensee agrees to allow access to this software only to persons who have been informed of these conditions and agree to abide by them.

Usage. The software in this release is for use only with Pico products or with data collected using Pico products.

Copyright. Pico Technology Limited claims the copyright of, and retains the rights to, all material (software, documents etc.) contained in this release. You may copy and distribute the entire release in its original state, but must not copy individual items within the release other than for backup purposes.

Liability. Pico Technology and its agents shall not be liable for any loss, damage or injury, howsoever caused, related to the use of Pico Technology equipment or software, unless excluded by statute.

Fitness for purpose. No two applications are the same: Pico Technology cannot guarantee that its equipment or software is suitable for a given application. It is your responsibility, therefore, to ensure that the product is suitable for your application.

Mission-critical applications. This software is intended for use on a computer that may be running other software products. For this reason, one of the conditions of the license is that it excludes usage in missioncritical applications, for example life support systems.

Viruses. This software was continuously monitored for viruses during production. However, you are responsible for virus-checking the software once it is installed.

Support. If you are dissatisfied with the performance of this software, please contact our technical support staff, who will try to fix the problem within a reasonable time. If you are still dissatisfied, please return the product and software to your supplier within 14 days of purchase for a full refund.

Upgrades. We provide upgrades, free of charge, from our web site at www.picotech.com. We reserve the right to charge for updates or replacements sent out on physical media.

Introduction2

1.3 Trademarks

Pico Technology, and PicoLog are trademarks of Pico Technology Limited, registered in the United Kingdom and other countries.

PicoLog and Pico Technology are registered in the U.S. Patent and Trademark Office.

Windows is a registered trademark of Microsoft Corporation in the USA and other countries.

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 3

2 Driver information

The USB PT-104 driver is available in 32-bit and 64-bit versions of the PicoSDK from www.picotech.com. Example code is available from repositories under the "picotech" organization in GitHub.

The driver is supplied as a Windows DLL, usbpt104.dll, which can be used with many programming languages.

API functions4

3 API functions

These are the API functions provided by the driver:

UsbPt104CloseUnit

Close the port (do this each time you finish using the device!)

UsbPt104Enumerate

Get list of attached devices.

UsbPt104GetUnitInfo

Retrieve information about this PT-104.

UsbPt104GetValue

Get the most recent data reading from a channel.

UsbPt104IpDetails

Read or write IP settings.

UsbPt104OpenUnit

Open the device through its USB interface.

UsbPt104OpenUnitViaIp

Open the device through its Ethernet interface.

UsbPt104SetChannel

Specify the sensor type and filtering for a channel.

UsbPt104SetMains

Change the mains noise filtering setting to 60 Hz. The default is 50 Hz.

The normal calling sequence for these functions is as follows:

Load driver Open unit Set channels While you want to read data

Get data End while Close unit Unload driver* * Happens automatically when application is terminated.

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 5

3.1 UsbPt104CloseUnit

PICO_STATUS UsbPt104CloseUnit (

int16_t handle )

This function disconnects the driver from the device.

Arguments:

handle, identifies the device to close

Returns:

defined in PicoStatus.h

API functions6

3.2 UsbPt104Enumerate

PICO_STATUS UsbPt104Enumerate (

int8_t * details,

uint32_t * length,

COMMUNICATION_TYPE type

)

This function returns a list of all the attached PT-104 devices of the specified port type.

Arguments:

details, a string buffer to receive a maximum of length characters. The string is a

comma-separated list of attached devices of the selected type. The buffer must be long enough to accommodate the expected string.

USB devices are listed in this format:

USB:Serial Number

Example: USB:CT264/118

Ethernet devices are listed in this format:

IP:Serial Number[IP Address:port]

Example: IP:CT264/118[192.168.1.253:6500]

length,

input:

the length of the details buffer

output:

the length of the information string returned

type, the communication type used by the PT-104. Can be any of the following enumerated types:

CT_USB = 0x00000001 (lists only USB-connected devices) CT_ETHERNET = 0x00000002 (lists only Ethernet-connected devices) CT_ALL = 0xFFFFFFFF (lists all devices regardless of connection type)

Returns:

defined in PicoStatus.h

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 7

3.3 UsbPt104GetUnitInfo

PICO_STATUS UsbPt104GetUnitInfo (

int16_t handle,

int8_t * string,

int16_t stringLength,

int16_t * requiredSize,

PICO_INFO info )

This function obtains information on a specified device.

Arguments:

handle, identifies the device whose information is required string, output: the information requested stringLength, input: the length of the string buffer requiredSize, output: the length of the information string requested. If this is longer than

stringLength then only the first stringLength characters of the requested

information are written to string. info, the type of information required. The following types are defined in

PicoStatus.h:

PICO_DRIVER_VERSION PICO_USB_VERSION PICO_HARDWARE_VERSION PICO_VARIANT_INFO PICO_BATCH_AND_SERIAL PICO_CAL_DATE PICO_KERNEL_DRIVER_VERSION PICO_MAC_ADDRESS

Returns:

defined in PicoStatus.h

API functions8

3.4 UsbPt104GetValue

PICO_STATUS UsbPt104GetValue (

int16_t handle,

USBPT104_CHANNELS channel,

int32_t * value,

int16_t filtered )

Once you open the driver and define some channels, the driver begins to take continuous readings from the PT-104. When you call this function, it immediately sets data to the most recent reading for the specified channel.

The scaling of measurements is as follows:

Range

Scaling

Temperature

value × 1/1000 °C

Voltage (0 to 2.5 V)

value × 10 nV

Voltage (0 to 115 mV)

value × 1 nV

Resistance (0 to 375 W)

value × 1 µ

W

Resistance (0 to 10 kW)

value × 1 m

W

Arguments:

handle, identifies the device from which to get data

channel, the number of the channel to read, from 1 to 4 in differential mode or 1 to 8

in single-ended mode

value, output: the requested reading filtered, if set to TRUE, the driver returns a low-pass filtered value of the temperature.

The time constant of the filter depends on the channel parameters as set by

UsbPt104SetChannel, and on how many channels are active.

Returns:

defined in PicoStatus.h

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 9

3.5 UsbPt104IpDetails

PICO_STATUS UsbPt104IpDetails (

int16_t handle,

int16_t * enabled,

int8_t * ipaddress,

uint16_t * length,

uint16_t * listeningPort,

IP_DETAILS_TYPE type

)

This function either reads or writes the IP details of a specified device. The type argument controls whether the operation is a read or a write.

Arguments:

handle, identifies the device that is the target of the operation

enabled, input: 1 to enable the device, 0 to disable

output: 1 if the device is enabled, 0 if disabled

ipaddress, input or output: the IP address of the device

Example: 192.168.1.253

length, input or output: the length of the IP address string

listeningPort, input or output: the local IP port connected to the device

type, the type of operation to be performed. Can be either of the following types:

IDT_GET, to read information from the driver IDT_SET, to write information to the driver

Returns:

defined in PicoStatus.h

API functions10

3.6 UsbPt104OpenUnit

PICO_STATUS UsbPt104OpenUnit (

int16_t * handle,

int8_t * serial )

This function obtains a handle for the PT-104 device with the given serial number.

If you wish to use more than one PT-104, you must call the function once for each device.

Arguments:

handle, output: handle of the device that was opened. This value is used to identify the

device in all further function calls.

serial, input: serial number string of device, null-terminated

Returns:

defined in PicoStatus.h

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 11

3.7 UsbPt104OpenUnitViaIp

PICO_STATUS UsbPt104OpenUnitViaIp (

int16_t * handle,

int8_t * serial,

int8_t * ipAddress )

This function obtains a handle for the Ethernet-connected PT-104 device, identified by either its IP address or its serial number.

·

Using IP address identification, a device anywhere on the internet or local network can be opened.

·

Using serial number identification, only a device on the local network can be opened.

If you wish to use more than one PT-104, you must call the function once for each device.

To control the device directly through the Ethernet port without using the usbpt104 DLL, see Ethernet

protocol.

Arguments:

handle, output: handle of the device that was opened. This value is used to identify the

device in all further function calls.

serial, input: serial number of device as a null-terminated string, or a null pointer if ipAddress is used

ipAddress, input: the IP address of the device as a null-terminated string, or a null

pointer if serial is used

Example: for IP address 192.168.1.253 and listening port 6500, use the string:

192.168.1.253:6500

Returns:

defined in PicoStatus.h

API functions12

3.8 UsbPt104SetChannel

PICO_STATUS UsbPt104SetChannel (

int16_t handle,

USBPT104_CHANNELS channel,

USBPT104_DATA_TYPES type,

int16_t noOfWires )

This function configures a single channel of the specified PT-104. It can be called any time after calling

UsbPt104OpenUnit.

The fewer channels selected, the more frequently they will be updated. Measurement takes about 720 ms per active channel.

If a call to UsbPt104SetChannel has a type of single-ended, then the specified channel's 'sister' channel is also enabled. For example, enabling 3 also enables 7.

Arguments:

handle, identifies the device to be configured channel, which channel you want to set the details for. It should be between 1 and 4 if

using single-ended inputs in voltage mode.

type, the type of reading you require. Choose from the table below. noOfWires, how many wires the PT100 or PT1000 sensor has (2, 3 or 4)

Returns:

defined in PicoStatus.h

USBPT104_DATA_TYPES

Data type

USBPT104_OFF

0

disable channel

USBPT104_PT100

1

PT100

USBPT104_PT1000

2

PT1000

USBPT104_RESISTANCE_TO_375R

3

resistance 0 to 375 Ω

USBPT104_RESISTANCE_TO_10K

4

resistance 0 to 10 kΩ

USBPT104_DIFFERENTIAL_TO_115MV

5

differential voltage 0 to 115 mV

USBPT104_DIFFERENTIAL_TO_2500MV

6

differential voltage 0 to 2.5 V

USBPT104_SINGLE_ENDED_TO_115MV

7

single-ended voltage 0 to 115 mV

USBPT104_SINGLE_ENDED_TO_2500MV

8

single-ended voltage 0 to 2.5 V

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 13

3.9 UsbPt104SetMains

PICO_STATUS UsbPt104SetMains (

int16_t handle,

uint16_t sixty_hertz )

This function is used to inform the driver of the local mains (line) frequency. This helps the driver to filter out electrical noise.

Arguments:

handle, identifies the device to be configured sixty_hertz, for 50 Hz set to 0; for 60 Hz set to 1

Returns:

defined in PicoStatus.h

Constants and enumerated types14

4 Constants and enumerated types

#define USBPT104_MIN_WIRES 2 #define USBPT104_MAX_WIRES 4

typedef enum enUsbPt104Channels

{

USBPT104_CHANNEL_1 = 1, USBPT104_CHANNEL_2, USBPT104_CHANNEL_3, USBPT104_CHANNEL_4, USBPT104_CHANNEL_5, USBPT104_CHANNEL_6, USBPT104_CHANNEL_7, USBPT104_CHANNEL_8, USBPT104_MAX_CHANNELS = USBPT104_CHANNEL_8

} USBPT104_CHANNELS;

typedef enum enUsbPt104DataType

{

USBPT104_OFF, USBPT104_PT100, USBPT104_PT1000, USBPT104_RESISTANCE_TO_375R, USBPT104_RESISTANCE_TO_10K, USBPT104_DIFFERENTIAL_TO_115MV, USBPT104_DIFFERENTIAL_TO_2500MV, USBPT104_SINGLE_ENDED_TO_115MV, USBPT104_SINGLE_ENDED_TO_2500MV, USBPT104_MAX_DATA_TYPES

} USBPT104_DATA_TYPES;

typedef enum enIpDetailsType

{

IDT_GET, IDT_SET,

} IP_DETAILS_TYPE;

typedef enum enCommunicationType

{

CT_USB = 0x00000001, CT_ETHERNET = 0x00000002, CT_ALL = 0xFFFFFFFF

} COMMUNICATION_TYPE;

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 15

5 Ethernet protocol

Using the protocol described below, the PT-104 can be controlled directly through the Ethernet port without using the usbpt104 DLL.

5.1 Enabling the Ethernet module

By default the Ethernet module is disabled to save power. To enable it, plug the connector into a USB port and use the Ethernet settings application installed with PicoLog. Once an IP address and port are assigned, the module will be enabled. The unit may then be used by powering from USB or PoE.

5.2 Finding Ethernet PT-104s

To discover all PT-104 data loggers on a network:

·

Send a UDP packet to port 23 from port 23 (telnet) to destination 255.255.255.255 with this character string:

fff

(three bytes of 0x66 - that is, 0x666666)

·

All PT-104s will reply from port 23 to port 23. The data will be the string:

PT104 Mac:XXXXXX Lock:Y Port:ZZ

where:

XXXXXX is the 6-byte MAC address of the PT-104 replying Y is 0x00 for unlocked and 0x01 for locked ZZ is the port it will listen on (two bytes, MSB first).

5.2.1 Commands

To lock a PT-104 to a machine, send a UDP packet containing the data string lock destined for the device's listening port and IP address. This is required before the PT-104 is usable.

UDP packet data in the form Command + Data bytes:

Ethernet protocol16

Command

Data bytes

Function

0x30

0x00 for 50 Hz Any other byte for 60 Hz

Change mains frequency rejection

0x31

One byte, bit 0 is LSB Bit 0: enable channel 1 Bit 1: enable channel 2 Bit 2: enable channel 3 Bit 3: enable channel 4 Bit 4: channel 1 gain Bit 5: channel 2 gain Bit 6: channel 3 gain Bit 7: channel 4 gain

Start converting

enable: 0 - off 1 - on

gain: 0 - x1 1 - x21 (for 375 Ω range)

0x32

-

Read EPROM

0x33

-

Unlock

0x34

-

Keep alive

Unlock / timeout stops the transfer of any channel data. Use Unlock when the application no longer requires the unit so that it is unlocked for use with other machines.

5.3 Unlocked unit response

The response from an unlocked unit is described in Finding Ethernet PT-104s.

5.4 Locked unit responses

·

Lock Success

·

Lock Success (already locked to this machine)

·

Unlocked

·

The string EEPROM= followed by a byte[128] array (see table below)

·

Converting

·

Mains Changed

·

Unknown Command

·

Alive

·

[hex] 00 XX XX XX XX 01 XX XX XX XX 02 XX XX XX XX 03 XX XX XX XX data from channel 1 where XX is a byte of the 4-byte measurement value, most-significant byte first. The 4-byte values are measurements 0, 1, 2 and 3.

·

[hex] 04 XX XX XX XX 05 XX XX XX XX 06 XX XX XX XX 07 XX XX XX XX data from channel 2

·

[hex] 08 XX XX XX XX 09 XX XX XX XX 0a XX XX XX XX 0b XX XX XX XX data from channel 3

·

[hex] 0c XX XX XX XX 0d XX XX XX XX 0e XX XX XX XX 0f XX XX XX XX data from channel 4

A unit that has been locked will reply Lock Success or, if currently locked by this machine, Lock

Success (already locked to this machine).

Converting is an acknowledgment of any convert request received. Once a setting has been made the unit

will continue to convert and send back data. This means there will be incoming data approximately every 720 ms. To stop all converting, send a converting command with data 0x00 to turn off all channels.

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 17

After receiving the lock command via UDP, a 15 s timeout will start and a keep-alive packet must be sent in this time. The Alive response is the acknowledgment. Try to send a keep-alive packet every 10 seconds to allow time to retry if no acknowledgment is received.

If any request is made from another machine while a unit is locked, the response will be PT104

Mac:XXXXXX Lock:Y Port:ZZ as explained in Finding Ethernet PT-104s.

EEPROM FORMAT

Index

NumBytes

Data019

Reserved

1910Batch

298Calibration Date

374Ch1 Calibration (LSB first)

414Ch2 Calibration (LSB first)

454Ch3 Calibration (LSB first)

494Ch4 Calibration (LSB first)

536MAC Address

5967Reserved

1262Checksum

5.5 To calculate a resistance

·

Read the EEPROM to obtain the calibration information for the channels.

·

Take measurement 0, 1, 2 and 3 on a channel.

·

Note that measurements are stored MSB-first while calibration values are stored LSB-first.

·

Then: result = (channel calibration * (measurement 3 - measurement 2))

/(measurement 1 - measurement 0)

·

To convert to a resistance, divide result by 1 000 000.0.

For other measurement types see the Protocol information in the Serial Port PT-104 User's Guide.

Technical reference18

6 Technical reference

Here is the resistance–temperature characteristic for a PT100 sensor:

Temp (°C)

Resistance (W)

-50

80.306282

-49

80.703340

-48

81.100257

-47

81.497036

-46

81.893677

-45

82.290179

-44

82.686545

-43

83.082774

-42

83.478868

-41

83.874827

-40

84.270652

-39

84.666343

-38

85.061901

-37

85.457327

-36

85.852622

-35

86.247785

-34

86.642818

-33

87.037721

-32

87.432495

-31

87.827140

-30

88.221657

-29

88.616046

-28

89.010309

-27

89.404445

-26

89.798455

-25

90.192339

-24

90.586099

-23

90.979734

-22

91.373246

-21

91.766634

-20

92.159898

-19

92.553041

-18

92.946061

-17

93.338960

-16

93.731737

-15

94.124394

-14

94.516930

-13

94.909346

-12

95.301643

-11

95.693820

-10

96.085879

-9

96.477819

-8

96.869641

-7

97.261345

-6

97.652931

-5

98.044401

-4

98.435753

-3

98.826989

-2

99.218109

-1

99.609112

0

100.000000

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 19

1

100.390772

2

100.781429

3

101.171970

4

101.562396

5

101.952706

6

102.342901

7

102.732980

8

103.122944

9

103.512792

10

103.902525

11

104.292142

12

104.681644

13

105.071030

14

105.460301

15

105.849456

16

106.238496

17

106.627420

18

107.016229

19

107.404922

20

107.793500

21

108.181962

22

108.570309

23

108.958540

24

109.346656

25

109.734656

26

110.122541

27

110.510310

28

110.897964

29

111.285502

30

111.672925

31

112.060232

32

112.447424

33

112.834500

34

113.221461

35

113.608306

36

113.995036

37

114.381650

38

114.768149

39

115.154532

40

115.540800

41

115.926952

42

116.312989

43

116.698910

44

117.084716

45

117.470406

46

117.855981

47

118.241440

48

118.626784

49

119.012012

50

119.397125

51

119.782122

52

120.167004

53

120.551770

54

120.936421

55

121.320956

56

121.705376

57

122.089680

Technical reference20

58

122.473869

59

122.857942

60

123.241900

61

123.625742

62

124.009469

63

124.393080

64

124.776576

65

125.159956

66

125.543221

67

125.926370

68

126.309404

69

126.692322

70

127.075125

71

127.457812

72

127.840384

73

128.222840

74

128.605181

75

128.987406

76

129.369516

77

129.751510

78

130.133389

79

130.515152

80

130.896800

81

131.278332

82

131.659749

83

132.041050

84

132.422236

85

132.803306

86

133.184261

87

133.565100

88

133.945824

89

134.326432

90

134.706925

91

135.087302

92

135.467564

93

135.847710

94

136.227741

95

136.607656

96

136.987456

97

137.367140

98

137.746709

99

138.126162

100

138.505500

101

138.884722

102

139.263829

103

139.642820

104

140.021696

105

140.400456

106

140.779101

107

141.157630

108

141.536044

109

141.914342

110

142.292525

111

142.670592

112

143.048544

113

143.426380

114

143.804101

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 21

115

144.181706

116

144.559196

117

144.936570

118

145.313829

119

145.690972

120

146.068000

121

146.444912

122

146.821709

123

147.198390

124

147.574956

125

147.951406

126

148.327741

127

148.703960

128

149.080064

129

149.456052

130

149.831925

131

150.207682

132

150.583324

133

150.958850

134

151.334261

135

151.709556

136

152.084736

137

152.459800

138

152.834749

139

153.209582

140

153.584300

141

153.958902

142

154.333389

143

154.707760

144

155.082016

145

155.456156

146

155.830181

147

156.204090

148

156.577884

149

156.951562

150

157.325125

151

157.698572

152

158.071904

153

158.445120

154

158.818221

155

159.191206

156

159.564076

157

159.936830

158

160.309469

159

160.681992

160

161.054400

161

161.426692

162

161.798869

163

162.170930

164

162.542876

165

162.914706

166

163.286421

167

163.658020

168

164.029504

169

164.400872

170

164.772125

171

165.143262

Technical reference22

172

165.514284

173

165.885190

174

166.255981

175

166.626656

176

166.997216

177

167.367660

178

167.737989

179

168.108202

180

168.478300

181

168.848282

182

169.218149

183

169.587900

184

169.957536

185

170.327056

186

170.696461

187

171.065750

188

171.434924

189

171.803982

190

172.172925

191

172.541752

192

172.910464

193

173.279060

194

173.647541

195

174.015906

196

174.384156

197

174.752290

198

175.120309

199

175.488212

200

175.856000

USB PT-104 USB/Ethernet RTD Data Logger Programmer's Guide 23

Index

B

Batch number 7

C

Calibration date 7, 16 Channel setup 12 Closing a unit 5 COMMUNICATION_TYPE type 14

D

Driver version 7

E

Ethernet port 11 Ethernet PT-104s

commands 15 enabling 15 finding 15 introduction 15 locked unit response 16 resistance 17 unlocked unit response 16

H

Handle, obtaining 10 Hardware version 7

I

IP address 11 IP details 9 IP_DETAILS_TYPE type 14

K

Kernel driver version 7

L

Legal information 1

M

Mains frequency 13

O

Opening a unit 10

S

Serial number 7

T

Trademarks 2

U

USB version 7 USBPT104_CHANNELS type 14 USBPT104_DATA_TYPES type 14 USBPT104_MAX_WIRES constant 14 USBPT104_MIN_WIRES constant 14 UsbPt104CloseUnit 5 UsbPt104Enumerate 6 UsbPt104GetUnitInfo 7 UsbPt104GetValue 8 UsbPt104IpDetails 9 UsbPt104OpenUnit 10 UsbPt104OpenUnitViaIp 11 UsbPt104SetChannel 12 UsbPt104SetMains 13

V

Variant information 7

Pico Technology James House Colmworth Business Park St. Neots Cambridgeshire PE19 8YP United Kingdom

usbpt104pg r8 2017-09-21

Pico Technology 320 N Glenwood Blvd Tyler Texas 75702 United States

Pico Technology Room 2252, 22/F, Centro 568 Hengfeng Road Zhabei District Shanghai 200070 PR China

sales@picotech.com

support@picotech.com

pico.china@picotech.com

Asia-Pacific head office:

Tel: +44 (0) 1480 396 395 Fax: +44 (0) 1480 396 296

USA headquartersUK headquarters

Tel: +1 800 591 2796 Fax: +1 620 272 0981

Tel: +86 21 2226-5152

www.picotech.com

PICO PT-104 Programmer's Manual

Specifications and Main Features

Frequently Asked Questions

User Manual