Product Updates

Myron L Products

Posted by 19 Dec, 2014

TweetPart Number   Description                                 Price 0241-1 024-1: 1″ NPT 24 VAC Solenoid Valve 213 35BLBO 35BLBO 3.5 Digit Backlit Liquid Crystal Display (LCD) with Bezel 228 35BLO 35BLO 3.5 Digit Backlit Liquid Crystal Display (LCD) 228 3RE 3RE 3 […]

Part Number   Description                                 Price
0241-1 024-1: 1″ NPT 24 VAC Solenoid Valve 213
35BLBO 35BLBO 3.5 Digit Backlit Liquid Crystal Display (LCD) with Bezel 228
35BLO 35BLO 3.5 Digit Backlit Liquid Crystal Display (LCD) 228
3RE 3RE 3 Range Switch with Enclosure (Add C=Cond or R=Res) 248.5
3RH 3RH Harness, 3RO/3SRO 3 ft./1 meter Multi-Wire Ribbon Cable 44.5
3RMO 3RMO Module only, 3RO 3 Range 97
3RO 3RO 3 Range Switch with 1 meter/3 ft. cable (Add C=Cond or R=Res)* 133
3SH 3SH Harness, 3SO 3 ft./1 meter 5-Wire Sensor Cable 32
3SMO 3SMO Module only, 3SO 3 SENSOR Input 107
3SO 3SO: 3 Sensor Input Module with 3 ft./1 meter cable (customer installed) 133
3SRE 3SRE Above 3S and 3R combined with Enclosure (Add C=Cond or R=Res) 280.5
3SRH 3SRH Harness, 3SO 3 ft./1 meter 2-wire Disable 29
3SRMO 3SRMO Module only, 3SRO 3 SENSOR Input/3 Range 129
3SRO 3SRO Above 3S and 3R combined (Add C=Cond or R=Res)* 181.5
45BLBO 45BLBO 4.5 Digit Backlit Liquid Crystal Display (LCD) with Bezel 256
45BLO 45BLO 4.5 Digit Backlit Liquid Crystal Display (LCD) 256
4AH 4AH Harness, 4A (4-20 mA) 47
4AMO 4AMO Module only, 4-20 mA Self-Powered Isolated Output (OEM & digital Monitor/controllers only) 154.5
4AO 4AO: 4-20 mA Self-Powered Isolated Output Module with harness (digital models only) 170.5
597 CONTROLSTIK II SYSTEM 597 837
9P 9P Instrument only; Conductivity, Resistivity, TDS, Alkalinity, Hardness, Saturation Index,ORP/Free Chlorine, pH, Temperature 1349
35CCPP Solutions Sampling Syringe: 35cc 7.5
4AH Harness, 4A (4-20mA) 170.5
4AMO 4-20 mA Self-Powered Isolated Output Module 154.5
ATT100 Alkalinity Test Tablets: ATT100 120.5
BD BluDock Wireless Data Transfer Module: BD 208
BD-0001 BluDock Wireless Data Transfer Module: BD – No options available for this product 208
BDDO Bluetooth USB adapter: BDDO 25
CLK Litho-Kit: CLK 166.5
D-1P Replacement Plunger D-1 17.5
DOM5 DO Membrane 5pk forUltrapen PT5 TBD
DOM5K DO Membrane 5pk, Replenishment Electrolyte 2 oz, Syringe w/Tip Kit TBD
DORS DO Replenishment Syringe w/Tip for PT5 TBD
DOSRE DO Sensor Replenishment Electrolyte 2 oz for PT5 TBD
NIST NIST Certificate (may delay shipment) 42
NIST-Field NIST Certificate Field 83
PK3 Porta-Kit: PK3 103
PK7 Porta-Kit: PK7 103
PKD Porta-Kit: PKD 146.5
PKP Porta-Kit: PKP 126
PKPS Porta-Kit: PKPS 152
PKUU Porta-Kit: PKUU 143.5
PLK Litho-Kit: PLK 177
PSTK Soil Test Kit: PSTK 143.5
PTP Porta-Pack: PTP 58
PTSC Replacement sensor cap – Ultrapen 5.5
RE-10 Range Extender: RE-10 20
RPG Replacement pH Sensor: RPG 154
RPHC6 Replacement pH cap, Ultrameter 13.5
RPR Replacement pH & ORP Sensor: RPR 179
RPT2 Replacement pH Sensor PT2: RPT2 50
RPT3 Replacement ORP Sensor PT3: RPT3 89
RPT4 Replacement Free Chlorine Sensor PT4: RPT4 119
RPY Replacement pH Sensor: RPY 144.5
SRW6321 Replacement screws and O Ring 2
STK Soil Test Kit: STK 115.5
TKPS9A TKPS9A Replacement AHL Titration Kit for PS9 includes hard protective case with all required accessories;no instrument 360.5
UCC Canvas Case: UCC 42
UCCDT Canvas Case: UCCDT 42
ULK Litho-Kit: ULK 215.5
UPP Porta-Pack: UPP 66.5
VBP Valve Bleed Plug for 024-1 Solenoid Valve 9
512M10 512M10: 0-10,000 micromhos/microsiemens 209.5
512M2 512M2: 0-50 micromhos/microsiemens 209.5
512M3 512M3: 0-500 micromhos/microsiemens 233
512M4 512M4: 0-2500 micromhos/microsiemens 209.5
512M5 512M5: 0-5000 micromhos/microsiemens 209.5
512T10 512T10: 0-10,000 ppm 209.5
512T2 512T2: 0-50 ppm 209.5
512T3 512T3: 0-500 ppm 209.5
512T4 512T4: 0-2500 ppm 209.5
512T5 512T5: 0-5000 ppm 209.5
512T5D 512T5D: 0-5000 ppm (442 & NaCL) 218.5
532M1 532M1: 0-50, 500, 5000 micromhos/microsiemens 328
532T1 532T1: 0-50, 500, 5000 ppm 328
532T2 532T2: 0-25, 250, 2500 ppm 328
AG-5 Agri-Meter – Ag-5: 0-5 millimhos 209.5
AG6/PH Agri-Meter – Ag-6: 0-5 millimhos; 2-12 pH 591.5
D-1 Dialysate Meter – D-1: 11-15 millimhos 263.5
D-2 Dialysate Meter – D-2: 0-10 & 0-20 millimhos 383
EP EP: 0-0.5, 5, 50, 500, 5000 micromhos/microsiemens, 2-30 megohms 369.5
EP-10 EP-10: 0-10, 100, 1000, 10,000 micromhos/microsiemens 357.5
EP11/PH EP-11/PH: 0-10, 100, 1000, 10,000 micromhos/microsiemens; 2-12 pH 566.5
M6/PH M6/PH: 0-5000 micromhos/microsiemens; 2-12 pH 467
RO-1 RO Meter – RO-1: 0-1250 ppm with color band 209.5
RO-1NC RO Meter – RO-1: 0-1250 ppm without color band 209.5
T2/PH T2/PH: 0-50, 500, 5000 ppm; 2-12 pH 556
T6/PH T6/PH: 0-5000 ppm; 2-12 pH 461.5
ALK-100 ALK-100 Alkalinity Standard Solution; sodium bicarbonate as ppm calcium carbonate;available in 2oz./Qt 18
ATK ATK Alkalinity Test Kit: 1 vial and 20 tablets 44.5
ATT ATT Alkalinity Test Tablets, package of 1000 1206.5
ATT100 ATT100 Alkalinity Test Tablets, package of 100 120.5
BATT11768 BATT11768 Replacement N type battery 2
BATT11768-B3 BATT11768-B3 Replacement N type battery in QTY: 3 5.5
BDDO BDDO Bluetooth USB adapter (dongle) 25
BLUDOCK BLUDOCK bluDock Wireless Data Transfer Module, U2CI software CD, wireless USB adapter (dongle) and instructions for models 4PII (S/Ns 4220001 and up) 208
C4AO C4AO 4-20 mA Output Module (when ordered after initial purchase) 144.5
CC or RC CC or RC NIST Certificate without sensor (C=Cond or R=Res) 53
CCATF or RCATF CCATF or RCATF NIST Certificate without sensor, ordered after instrument has shipped (C=Cond or R=Res) 83
CCS CCS NIST Certificate with sensor, using Standard Solution (Conductivity/TDS only) 119.5
CLTMO CLTMO Limit Timer Module with small Knob (when ordered after initial purchase) 106
D-4 Digital Dialysate Meter – D-4 1306.5
D-6 Digital Dialysate Meter – D-6 1587.5
PS9 Pool Pro PS9 (Kit not included – Instrument only) 1214.1
PS9-TKA Pool Pro PS9TKA 1407.15
TH1 Techpro II – TH1: DISCONTINUED 392.5
TP1 Techpro II – TP1 607.5
TPH1 Techpro II – TPH1 841
4PII Ultrameter II – 4PII 709
6PII Ultrameter II – 6PII 947.5
6PIIFC Ultrameter II – 6PIIFC 947.5
6PIIFCe Ultrameter II – 6PIIFCe 947.5
PS6 POOLPRO – PS6 947.5
9PTK Ultrameter III – 9PTK 1512.5
9PTKA Ultrameter III – 9PTKA 1512.5
PT1 UltraPen – PT1 Conductivity, TDS, Salinity Pen 147
PT1-0001 UltraPen – PT1 Conductivity, TDS, Salinity Pen – No options available for this product 147
PT1-B24 UltraPen – PT1 Conductivity, TDS, Salinity Pen (24 pack) 3391.2
PT2-SS UltraPen – PT2 pH and Temperature Pen with pH Storage Solution 139.5
PT2-SS-B24 UltraPen – PT2 pH and Temperature Pen with pH Storage Solution (24 Pack) 3110.4
PT3 UltraPen – PT3 ORP/REDOX and Temperature Pen 167.5
PT3-B24 UltraPen – PT3 ORP/REDOX and Temperature Pen (24 pack) 3866.4
PT4 UltraPen – PT4 Free Chlorine and Temperature Pen 242.1
PT5 UltraPen – PT5 Dissolved Oxygen and Temperature Pen 0
PTBT1 UltraPen – PTBT1 Conductivity, TDS, Salinity Pen – Bluetooth 311.4
PTBT2 UltraPen – PTBT2 pH and Temperature Pen Bluetooth 333
PTCOMBO UltraCombo – PT1 & PT2 Conductivity, TDS, Salinity, pH, Temp Pens 280.5
PTCOMPLETE ULTRAPEN Complete – PT1, PT2, PT3, PT4 – Conductivity, TDS, Salinity, pH, ORP, Free Chlorine, Temp Pens 679.5
PTSET ULTRAPEN Set – PT1, PT2, & PT3 – Conductivity, TDS, Salinity, pH, ORP, Temp Pens 448.5
PTSPLASH ULTRAPEN Splash – PT1, PT2, PT4 – Conductivity, TDS, Salinity, pH, Free Chlorine, Temp Pens 528.75
EDTA-HC EDTA-HC Hardness reagent H3; high concentration ethylenediaminetetraacetic acid ?10%wv;available in 2oz./Qt 18
EDTA-LC EDTA-LC Hardness reagent H2; low concentration ethylenediaminetetraacetic acid ?5%wv;available in 2oz./Qt 18
F100 F100 Fuse, 115/230 VAC control board, 100 mA (T.10A) 5 X 20 slow blow/time delay 5
F250 F250 Fuse, 24 VAC Main Control Board, 250 mA (T.25A) 5 X 20 Slow Blow/Time Delay 5
FS4 FS4 Flow Switch 153.5
FSM FSM Flow Switch and Manifold 305
FSMP FSMP 15 x 20 in./381 x 508 mm Mounting Panel (horizontal or vertical mounting) 83
FVMP-100 FVMP-100 M’PET fixed volume 100microL pipette 37.5
GTCHB412M2415PC GTCHB Series Band Clamp Filter Housings – 4 Cartridge – 304SS – 10inch 754
H2SO4-1 H2SO4-1 Alkalinity reagent A1; sulfuric acid <1%wv; available in 2oz./Qt 18
HARD-200 HARD-200 Hardness Standard Solution; calcium chloride as ppm calcium carbonate;available in 2oz./Qt 18
HCL-3 HCL-3 Hardness reagent C1; hydrochloric acid <3%wv; available in 2oz./Qt 18
HI96106 HI 96106 – (Champ) Economical pH Tester with 0.2 Accuracy 35
241 024-1: 1″ NPT 24 VAC Solenoid Valve 213
3RE 3RE: Three Range Switch Module 248.5
3SE 3SE: Three Sensor Input Module 248.5
3SRE 3SRE: Three Sensor Input/ Three Range Module 280.5
721II 721II: pH Analog Monitor Only 523
726II 726II: ORP Analog Monitor Only 523
751II 751II: Resistivity Analog Monitor Only 523
756II 756II: Conductivity Analog Monitor Only 508
722II 722II: pH Analog Monitor/Controller 600
727II 727II: ORP Analog Monitor/Controller 600
752II 752II: Resistivity Analog Monitor/Controller 600
757II 757II: Conductivity Analog Monitor/Controller 585.5
ASI Aquaswitch I 583.5
CS CS: RESISTIVITY CALIBRATION MODULE 56
CS51 CS51: Conductivity Sensor 228.5
CS51LC CS51LC: Low-Range Conductivity Sensor 228.5
CS51LS CS51LS: Long Conductivity Sensor 313
CS51R CS51R: Conductivity Sensor 247.5
CS52 CS52: High-Range Conductivity Sensor 267
CS11 CS-11: 20 Megohms Resistivity Calibration Module 56
CS12 CS-12: 10 Megohms Resistivity Calibration Module 56
CS13 CS-13: 5 Megohms Resistivity Calibration Module 56
CS14 CS-14: 2 Megohms Resistivity Calibration Module 56
CS15 CS-15: 1 Megohms Resistivity Calibration Module 56
CS16 CS-16: 500 Kilohms Resistivity Calibration Module 56
CS17 CS-17: 200 Kilohms Resistivity Calibration Module 56
724II 724II: pH Digital Monitor Only 494.5
729II 729II: ORP Digital Monitor Only 494.5
754II 754II: Resistivity Digital Monitor Only 494.5
759II 759II: Conductivity Digital Monitor Only 479
723II 723II: pH Digital Monitor/Controller 570.5
728II 728II: ORP Digital Monitor/Controller 570.5
753II 753II: Resistivity Digital Monitor/Controller 570.5
758II 758II: Conductivity / TDS Digital Monitor/Controller 555
O72D O72D: 1/2″ MNPT Double Junction 297.5
O72F O72F: 1/2″ MNPT Heavy Duty FLAT TIP Double Junction 370
O72LC O72LC: 1/2″ MNPT Double Junction (Low Conductivity) 316
O72S O72S: 1/2″ MNPT Single Junction 285
O74DR O74DR: 3/4″ MNPT Double Junction 297.5
O74FR O74FR: 3/4″ MNPT Heavy Duty FLAT TIP Double Junction 370
O74LCR O74LCR: 3/4″ MNPT Double Junction (Low Conductivity) 316
O74SR O74SR: 3/4″ MNPT Single Junction 285
P72D P72D: 1/2″ MNPT Double Junction 282.5
P72F P72F: 1/2″ MNPT Heavy Duty FLAT TIP Double Junction 356.5
P72LC P72LC: 1/2″ MNPT Double Junction (Low Conductivity) 300.5
P72S P72S: 1/2″ MNPT Single Junction 268.5
P74DR P74DR: 3/4″ MNPT Double Junction 282.5
P74FR P74FR: 3/4″ MNPT Heavy Duty FLAT TIP Double Junction 356.5
P74LCR P74LCR: 3/4″ MNPT Double Junction (Low Conductivity) 300.5
P74SR P74SR: 3/4″ MNPT Single Junction 268.5
RA Remote Alarm 235.5
CS10 CS10: Resistivity Sensor 296.5
CS10LS CS10LS: Long Resistivity Sensor 378.5
SCO SCO: Second Alarm/control Module with harness (Monitor/controllers only) 151.5
SMP50 SMP50: Surface Mounting Plate 29
VR VR: Voltage Regulator (115 VAC down to 24 VAC) 50
JM4P JM4P Jumper, in place of SC Module 20
MBV MBV Mini Ball Valve (Sample Port) 27
MCRD-(length) MCRD-(length) Cable, 5-Wire Sensor Cable (~ $3.23/meter) 1.5
NAOH NAOH Hardness reagent H1; sodium hydroxide <4%wv; available in 2oz./Qt 18
OC OC: NIST Certificate ORP without sensor 53
ORPCOND “ORPCOND ORP cell conditioner solution; sulfuric acid, ferrous ammonium sulfate,
ferric ammonium sulfate” 18
PAO PAO ~70dB Piezo Electric Alarm only (OEM and digital Monitor/controllers only) 51
PATO PATO ~70dB Piezo Alarm and Timer Module (OEM and digital Monitor/controllers only) 179.5
PCO PCO: Power Cord 115 VAC (8 ft./2,44 meters with plug and strain relief) – Not for 230 VAC use 26
PHC PHC: NIST Certificate pH without sensor 53
PHCRD PHCRD Cable, 5-Wire pH Sensor Cable (~$3.25/meter) 3.5
PHCRD-(length) PHCRD-(length) Cable, 5-wire pH Sensor Cable (~$3.25/meter) 3.5
PHCS PHCS: NIST Certificate pH with sensor, using Buffer Solutions 119.5
PROKIT PROKIT Quantity of 4 micropipettes with 48 replacement tips 154
PS9 “PS9 Instrument only; Conductivity, Mineral/Salt Concentration, TDS, Alkalinity, Hardness, Saturation
Index, ORP/Free Chlorine, pH, Temperature ” 1349
PS9-BD PS9-BD Instrument only; Conductivity, Salt, TDS, Alkalinity, Hardness, SaturationIndex, ORP/Free Chlorine, pH, Temperature 1557
PS9TK PS9TK PS9TK AHL Titration Kit 1463.5
PTIP100-48 PTIP100-48 Replacement tips for M’PET micropipette (bag of 48) 5
PTSC RPT2 Replacement Sensor Cap with foam installed 5.5
RAH RAH Harness, female Methode connector with 8 in./203 mm 2 conductor wire.For use with RA, PA, 3S (Flow Switch), etc. 18.5
RM-16 RM-16: 0-500 kilohm a range module for 750II resistivity 24.5
RM3R RM3R Range Module, 3RMO/3SRMO Resistivity only 26
442-1000G 442-1000 (1000 ppm) 1 gallon 80
442-1000Q 442-1000 (1000 ppm) 32 oz 23.5
442-1500-2OZ 442-1500 (1500 ppm) 2 oz 10
442-15000G 442-15000 (15000 ppm) 1 gallon 80
442-15000Q 442-15000 (15000 ppm) 32 oz 23.5
442-1500G 442-1500 (1500 ppm) 1 gallon 80
442-1500Q 442-1500 (1500 ppm) 32 oz 23.5
442-150G 442-150 (150 ppm) 1 gallon 80
442-150Q 442-150 (150 ppm) 32 oz 23.5
442-15G 442-15 (15 ppm) 1 gallon 80
442-15Q 442-15 (15 ppm) 32 oz 23.5
442-3000-2OZ 442-3000 (3000 ppm) 2 oz 10
442-30000G 442-30000 (30000 ppm) 1 gallon 80
442-30000Q 442-30000 (30000 ppm) 1 quart 23.5
442-3000G 442-3000 (3000 ppm) 1 gallon 80
442-3000Q 442-3000 (3000 ppm) 1 quart 23.5
442-300G 442-300 (300 ppm) 1 gallon 80
442-300Q 442-300 (300 ppm) 32 oz 23.5
442-30G 442-30 (30 ppm) 1 gallon 80
442-30Q 442-30 (30 ppm) 32 oz 23.5
442-500Q 442-500 (500 ppm) 32 oz 23.5
DDD6-SOL-SET Digital Dialysate Meter D6 Calibration Solution Set (6 bottles 32oz) 141
EDTA-HC-2oz EDTA-HC Hardness reagent H3 Solutions: 2 oz 17.5
EDTA-HC-QT EDTA-HC Hardness reagent H3 Solutions: QT 33.5
EDTA-LC-2oz EDTA-LC Hardness reagent H2 Solutions: 2 oz 17.5
EDTA-LC-QT EDTA-LC Hardness reagent H2 Solutions: QT 33.5
H2SO4-2oz H2SO4-1 Alkalinity reagent A1 Solutions: 2 oz 17.5
H2SO4-QT H2SO4-1 Alkalinity reagent A1 Solutions: QT 33.5
HCL3-QT HCL-3 Hardness reagent C1 Solutions: QT 33.5
KCL-1800-2OZ KCL-1800 (1800 uS) 2 oz 10
KCL-18000G KCL-18000 (18000 uS) 1 gallon 80
KCL-18000Q KCL-18000 (18000 uS) 32 oz 23.5
KCL-1800G KCL-1800 (1800 uS) 1 gallon 80
KCL-1800Q KCL-1800 (1800 uS) 32 oz 23.5
KCL-180G KCL-180 (180 uS) 1 gallon 80
KCL-180Q KCL-180 (180 uS) 32 oz 23.5
KCL-18G KCL-18 (18 uS) 1 gallon 80
KCL-18Q KCL-18 (18 uS) 32 oz 23.5
KCL-7000-2OZ KCL-7000 (7000 uS) 2 oz 10
KCL-70000G KCL-70000 (70000 uS) 1 gallon 80
KCL-70000Q KCL-70000 (70000 uS) 32 oz 23.5
KCL-7000G KCL-7000 (7000 uS) 1 gallon 80
KCL-7000Q KCL-7000 (7000 uS) 32 oz 23.5
KCL-700G KCL-700 (700 uS) 1 gallon 80
KCL-700Q KCL-700 (700 uS) 32 oz 23.5
KCL-70G KCL-70 (70 uS) 1 gallon 80
KCL-70Q KCL-70 (70 uS) 32 oz 23.5
NACL-12.5G NACL-12.5 (12.5 mS) 1 gallon 80
NACL-12.5Q NACL-12.5 (12.5 mS) 32 oz 23.5
NACL-13.4G NACL-13.4 (13.4 mS) 1 gallon 80
NACL-13.4Q NACL-13.4 (13.4 mS) 32 oz 23.5
NACL-14.0G NACL-14.0 (14.0 mS) 1 gallon 80
NACL-14.0Q NACL-14.0 (14.0 mS) 32 oz 23.5
NACL-7500G NACL-7500 (7500 ppm) 1 gallon 80
NACL-7500Q NACL-7500 (7500 ppm) 32 oz 23.5
NAOH-2oz NAOH Hardness reagent H1 Solutions: 2 oz 18
NAOH-QT NAOH Hardness reagent H1 Solutions: QT 35
ORP2602oz ORP 260mV Quinhydrone kit Solutions: 2 oz 16.5
ORP4702oz ORP 470mV MLC Light’s ORP Calibration Solution: 2 oz 16.5
ORP802oz ORP 80mV Quinhydrone Kit Solutions: 2 oz 16.5
ORPCALKIT ORP Calibration Kit: solutions and powders for 80, 260, 470mV 41.5
ORPCALKIT-SSQ Ultrapen PT3 / PT4 ORP Calibration Kit (2oz) for 80, 260, 470mV + pH Sensor Storage Solution (32oz) 65
ORPCOND-QT ORP cell conditioner solutions: QT 94.5
PH10-2OZ pH 10 Buffer: 2 oz 10.5
PH10G pH 10 Buffer: 1 gallon 80
PH10Q pH 10 Buffer: 32 oz 23.5
PH4-2OZ pH 4 Buffer: 2 oz 10.5
PH4G pH 4 Buffer: 1 gallon 80
PH4Q pH 4 Buffer: 32 oz 23.5
PH7-2OZ pH 7 Buffer: 2 oz 10.5
PH7G pH 7 Buffer: 1 gallon 80
PH7Q pH 7 Buffer: 32 oz 23.5
PPPS6-SOL-SET PoolPro PS6 Calibration Solution Set (6 bottles 32oz) KCL-7000, 442-3000, pH Buffer 4, pH Buffer 7, pH Buffer 10, pH Sensor Storage Solution 141
SSG pH/ORP Sensor Storage Solutions: 1 gallon 83
SSQ pH/ORP Sensor Storage Solutions: 32 oz 23.5
UM4PII-SOL-SET Ultrameter II 4P Calibration Solution Set (2 bottles 32oz) – KCL-7000Q, 442-3000Q 48
UM6P-SOL-SET Ultrameter 6P Calibration Solution Set (6 bottles 32oz) KCL-7000, 442-3000, pH Buffer 4, pH Buffer 7, pH Buffer 10, pH Sensor Storage Solution 141
UPPT1-SOL-SET Ultrapen PT1 Calibration Solution Set (2 bottles 32oz) – KCL-7000Q, 442-3000Q 48
UPPT2-SOL-SET Ultrapen PT2/TH1 Calibration Solution Set (4 bottles 32oz) – pH Buffer 4, pH Buffer 7, pH Buffer 10, and pH Sensor Storage Solution 95
S24 24 VAC Solenoid Only for 024-1 Valve 40.5
SCH SCH Harness, Second Alarm/control 65
SCMO SCMO Second Alarm/control Module (Monitor/controllers only) 114.5
SCO SCO Second Alarm/control Module with harness (Monitor/controllers only) 151
SQCO SQCO Quik-Connect, sensor cable M/F with 12 in./305 mm lead 69
TDH TDH Harness, TP and TPA (Temperature Module) 64
TFM4 TFM4 T Fitting 3/4 SCH 80 (for use with CSAR Sensor and Mini Ball Valve) 42
THO THO TPM/TPMO Alarm/control Harness only (requires SCO and TPMO options) 77
TK9 “TK9 Replacement AHL Titration Kit for 9PTKA includes hard protective case with all required accessories;
no instrument ” 350.5
TKCE TKCE Cell cup extender with tethered cap 26
TPAMO TPAMO Above TP with Adjustable Hysteresis (Special Order) 167.5
TPC TPC Calibration Module (Temperature Module) 168.5
TPLUNGER TPLUNGER Titration plunger 18.5
TPMH TPMH 18 in./457 mm Harness, OEM Temperature Module 44.5
TPMO TPMO Module only with 18 in./457 mm OEM Harness, Requires Temperature Sensor (ITS1), Temperature 0-200’C (OEM and digital Monitor/controllers only) 165.5
TPO TPO: Temperature Module 0-200¡C with harness (digital models only, requires temperature sensor ITS1) 199
U2CIP U2CIP uDock� Accessory Package for original models 4PII, 6PII and PS6 208

Categories : Product Updates

The Ultrameter II 6P

Posted by 9 Dec, 2014

Tweet                        As featured in: Environmental-Expert.com, Greenhouse Product News, Environmental Technology Online, Water and Wastes Digest “The Myron L Ultrameter is a terrific product – I have used them for years. The product is robust and durable.” Larry L. Managing Director Quick, Accurate Readings April […]

 

 

Myron L Ultrameter II 6P

Myron L Ultrameter II 6P

 

 

 

 

 

 

 

 

 

 

As featured in: Environmental-Expert.com, Greenhouse Product News, Environmental Technology Online, Water and Wastes Digest

“The Myron L Ultrameter is a terrific product – I have used them for years.
The product is robust and durable.”
Larry L. Managing Director

Quick, Accurate Readings April 28, 2014

Reviewer: Manjit M, Project Engineer from UAE

Me & all my team uses ULTRAMETER II almost daily. It’s a great piece of equipment for Quick Accurate Readings. This handheld device is very easy to use & calibrate. Many times I use the hand held device as standard reference for my online meters, Another attractive part is the durability of the equipment – it will last for quite good period of time. Myron L products are undoubtedly reliable

Great Product, One of the Best! April 27, 2014

Reviewer: Env. Tech, Academic/Professional Researcher from California

I use this handheld many times each day. We have at least 3 on site at all times for regulatory purposes. I get accurate readings all the time in many types of water. It calibrates easier than any other handheld i have ever worked with. I keep these locked up in my office each night, because i have found over the years that leaving them in my vehicle during extremely cold conditions, or in direct sun light on hot days damages or shortens the life. I have tried several other handhelds because of a cheaper price, but none lasted more than a few months in these harsh conditions. I use these for Groundwater, Title 27 Ponds, wastewaters, fresh water, concentrated waters, and prodcut waters. I can use this one handheld for all of my monitoring.
LOVE IT!

PROS
Easy Calibrations
Easy To Use
Exhibits Correct Properties
Quick Accurate Readings
CONS
NO Extreme hot cold temps

 

Categories : Image Ads, Product Updates

Pool Maintenance with the Myron L PoolPro

Posted by 4 Dec, 2014

TweetAnyone and everyone who is responsible for operating and maintaining a swimming pool or spa has to test, monitor, and control complex, interdependent chemical factors that affect the quality of water bathers are immersed in. Additionally, aquatic facilities operators must be familiar with all laws, regulations, and guidelines governing what these parameters should be. Why? […]

Anyone and everyone who is responsible for operating and maintaining a swimming pool or spa has to test, monitor, and control complex, interdependent chemical factors that affect the quality of water bathers are immersed in. Additionally, aquatic facilities operators must be familiar with all laws, regulations, and guidelines governing what these parameters should be.

Why? Because the worst breeding ground for any kind of microorganism is a warm (enough) stagnant pool of water. People plus stagnant water equals morbid illness. That’s why pools have to be circulated, filtered, and sanitized – with any number of chemicals or methods, but most frequently with chlorine compounds. However, adding chemicals that kill the bad microorganisms can also make the water uncomfortable, and in some cases unsafe, for swimmers. Additionally, if all the chemical factors of the water are not controlled, the very structures and equipment that hold the water and keep it clean are ruined.

So the pool professional must perform a delicate balancing act with all the factors that affect both the health and comfort of bathers and the equipment and structures that support this. Both water balance – or mineral saturation control – and sanitizer levels must constantly be maintained. This is achieved by measuring pertinent water quality factors and adding chemicals or water to keep the factors within acceptable parameters.

WATER BALANCE

Water is constantly changing. Anything and everything directly and indirectly affects the relationship of its chemical parameters to each other: sunlight, wind, rain, oil, dirt, cosmetics, other bodily wastes, and any chemicals you add to it. Balanced water not only keeps swimmers comfortable, but also protects the pool shell, plumbing, and all other related equipment from damage by etching or build-up and stains.

The pool professional is already well acquainted with pH, Total Alkalinity (TA), and Calcium Hardness (CH); along with Total Dissolved Solids (TDS) and Temperature, these are the factors that influence water balance. Water that is in balance is neither aggressive nor oversaturated.

Aggressive water lacks sufficient calcium to saturate the water, so it is hungry for more. It will eat anything it comes into contact with to fill its need, including the walls of your pool or spa or the equipment it touches. Over-saturated water cannot hold any more minerals, so dissolved minerals come out of solution and form scale on pool and equipment surfaces.

The pH of pool water is critical to the effectiveness of the sanitizer as well as the water balance. pH is determined by the concentration of Hydrogen ions in a specific volume of water. It is measured on a scale of 0-14, 0-7 being acidic and 7-14 being basic.

You must maintain the pH of the water at a level that assures the sanitizer works effectively and at the same time protects the pool shell and equipment from corrosion or scaling and the bathers from discomfort or irritation. If the pH is too high, the water is out of balance, and the sanitizer’s ability to work decreases. More and more sanitizer is then needed to maintain the proper level to kill off germs. Additionally, pH profoundly affects what and how much chemical must be added to control the balance. A pH of between *7.2 – 7.6 is desirable in most cases.

*As one of the most important pool water balance and sanitation factors, pH should be checked hourly in most commercial pools. Even if you have an automatic chemical monitor/controller on your system, you need to double-check its readings with an independent pH test. With saltwater pools, pH level goes up fast, so you need to check it more often. Tests are available that require reagents and subjective evaluation of color depth and hue to judge their pH. But different users interpret these tests differently, and results can vary wildly.

Myron L’s POOLPRO™ gives instant lab-accurate, precise, easy-to-use, objective pH measurements, invaluable in correctly determining what and how much chemical to add to maintain water balance and effective sanitizer residuals.

Total Alkalinity (TA) is the sum of all the alkaline minerals in the water, primarily in bicarbonate form in swimming pools, but also as sodium, calcium, magnesium, and potassium carbonates and hydroxides, and affects pH directly through buffering. The greater the Total Alkalinity, the more stable the pH. *In general, TA should be maintained at 80 – 120 parts per million (ppm) for concrete pools to keep the pH stable. Maintaining a low TA not only causes pH bounce, but also corrosion and staining of pool walls and eye irritation. Maintaining a high TA causes over-stabilization of the water, creating high acid demands, formation of bicarbonate scale, and may result in the formation of white carbonate particles (suspended solids), which clouds the water. Reducing TA requires huge amounts of effort. So the best solution to TA problems is prevention through close monitoring and controlling. Myron L’s Alkalinity Test Kit comes with sodium hydrogen sulphate tablets and a mixing/measuring vial to determine alkalinity in parts per million.

The other water balance parameter pool professionals are most familiar with is Calcium Hardness (CH). CH is the calcium content of the water and is measured in parts per million. Low CH combined with a low pH and low TA significantly increases corrosivity of water. As the water becomes more aggressive, the solubility of calcium carbonate also increases. This means that plaster and marcite pool finishes will deteriorate quickly because calcium carbonate is a major component of both plaster and marcite. Low CH also leads to corrosion of metal components in the pool plant, particularly in heat exchangers. Calcium carbonate usually provides a protective film on the surface of copper heat exchangers and heat sinks. This thin layer prevents much water-to-metal interaction but does not adversely affect the heating process. Without this protective layer caused by low CH, heat exchangers and associated parts can be destroyed prematurely. Strangely enough, as water temperature increases, solubility of calcium carbonate decreases. *The recommended range for most pools is 200 – 400 ppm. Calcium hardness should be tested at least monthly and has the least significant effect on the water balance when compared to pH and TA.

Total Dissolved Solids (TDS) is the sum of all solids dissolved in water. If all the water in a swimming pool was allowed to evaporate, TDS would be what was left on the bottom of the pool – like the white deposits left in a boiling pot after all the water has evaporated. Some of this dissolved material includes hardness, alkalinity, cyanuric acid, chlorides, bromides, and algaecides. TDS also includes bather wastes, such as perspiration, urine, and others.

TDS is often confused with Total Suspended Solids (TSS). But TDS has no bearing on the turbidity, or cloudiness, of the water, as all the solids are truly in solution. It is TSS, or undissolved, suspended solids, present in or that precipitate out of the water that make the water cloudy.

High TDS levels do affect chlorine efficiency, algae growth, and aggressive water, but only minimally. TDS levels have the greatest bearing on bather comfort and water taste – a critical concern for commercial pool operators. At levels of over 5,000ppm, people can taste it. At over 10,000ppm bather towels are scratchy and mineral salts accumulate around the pool and equipment. Still some seawater pools comfortably operate with TDS levels of 32,000ppm or more.

As methods of sanitization have changed, high TDS levels have become more and more of a problem. *The best course of action is to monitor and control TDS by measuring levels and periodically draining and replacing some of your mature water with new, lower TDS tap water. This is a better option than waiting until you must drain and refill your pool, which is not allowed in some areas where water conservation is required by law. However, you can also decrease TDS with desalinization equipment as long as you compensate with Calcium Hardness. (Do not adjust water balance by moving pH beyond 7.8.)

Regardless, you do need to measure and compensate for TDS to get the most precise saturation index and adjust your pH and Calcium Hardness levels accordingly. *It is generally recommended that you adjust for TDS levels by subtracting one tenth of a saturation index unit (.1) for every 1,000ppm TDS over 1,000 to keep your water properly balanced. When TDS levels exceed 5,000ppm, it is recommended that you subtract half of a tenth, or one twentieth of unit (.05) per 1,000ppm. And as the TDS approaches that of seawater, the effect is negligible.

Hot tubs and spas have a more significant problem with TDS levels than pools. Because the swimmer load is relatively higher, more chemicals are added for super-chlorination and sudsing along with a higher concentration of bather wastes. The increased electrical conductance that high TDS water promotes can also result in electrolysis or galvanic corrosion. Every hot water pool operator should consider a TDS analyzer as a standard piece of equipment.

A TDS analyzer is required to balance the water of any pool or spa in the most precise way. Myron L’s POOLPRO and POOLMETER™ immediately display TDS levels to correctly calculate your water’s saturation index and to ensure you take corrective action before TDS gets out of hand.

Temperature is the last and least significant factor in maintaining water balance. As temperature increases, the water balance tends to become more basic and scale producing. Calcium carbonate becomes less soluble, causing it to precipitate out of solution. As temperature drops, water becomes more corrosive.

In addition to helping determine water balance, temperature also affects bather comfort, evaporation, chlorination, and algae growth (warmer temperatures encourage growth). Myron L’s POOLPRO also precisely measures temperature to one tenth of a degree at the same time any other parameter is measured.

The formula for determining water balance is called the Langlier Index, or Saturation Index. It is determined by the following formula:

SI= (pH + TF + CF + AF ) – 12.1

Where TF is the temperature, CF is Calcium Hardness, and AF is Total Alkalinity adjusted for temperature. 12.1 is the Total Dissolved Solids constant. Consult appropriate conversion charts to obtain the correct values for each variable.

– An index between -0.5 and +0.5 is acceptable pool water.
– An index of more than +0.5 is scale-forming.
– An index below -0.5 is corrosive.

pH, Total Alkalinity, and Calcium Hardness are the big three contributors to water balance. *Pool water will often be balanced if these factors are kept within the recommended ranges.

SANITATION

The most immediate concern of anyone monitoring and maintaining a pool is the effectiveness of the sanitizer – the germ-killer. There are many types of sanitizers, the most common being chlorine in swimming pools and bromine in hot tubs and spas. The effectiveness of the sanitizer is directly related to the pH and, to a lesser degree, the other factors influencing water balance.

To have true chemical control, you need to monitor both the sanitizer residual and the pH and use that information to chemically treat the water – that’s where ORP comes in. ORP indicates the ability of oxidizers to burn up organic matter in the water, which means your water is clean and sanitary. There are colorimetric tests used to determine the amount of effective sanitizer for chlorine and other elements, but none is as objective and precise in determining the total killing power of all sanitizers as ORP.

ORP stands for Oxidation Reduction Potential (or REDOX) of the water and is measured in millivolts (mV). The higher the ORP, the greater the killing power of all sanitizers, not just free chlorine, in the water. ORP is the only practical method available to monitor sanitizer effectiveness. Thus, every true system of automatic chemical control depends on ORP to work.

The required ORP for disinfection will vary slightly between disinfecting systems and is also dependent on the basic water supply potential, which must be assessed and taken into account when the control system is initialized. *650mV to 700 – 750mV is generally considered appropriate.

Electronic controllers can be inaccurate and inconsistent when confronted with certain unique water qualities, so it is critical to perform manual testing with separate instrumentation. *For automatic control dosing, it is generally recommended that you manually test pH and ORP prior to opening and then once during the day to confirm automatic readings.

*Samples for confirming automatic control dosing should be taken from a sample tap strategically located on the return line as close as possible to the probes in accordance with the manufacturer’s instructions. If manual and automatic readings consistently move further apart or closer together, you should investigate the reason for the difference.

ORP readings can only be obtained with an electronic instrument. Myron L’s POOLPRO provides the fastest, most precise, easy-to-use method of obtaining ORP readings to check the effectiveness of the sanitizer in any pool or spa. This is the best way to determine how safe your water is at any given moment.

SALTWATER SANITATION

A relatively new development, saltwater pools use regular salt, sodium chloride, to form chlorine with an electrical current much in the same way liquid bleach is made. As chlorine – the sanitizer – is made from the salt in the water, it is critical to maintain the salt concentration at the appropriate levels to produce an adequate level of sanitizer. It is even more important to test water parameters frequently in these types of pools and a spa, as saltwater does not have the ability to respond adequately to shock loadings (super-chlorination treatments).

Most saltwater chlorinators require a *2,500 – 3,000ppm salt concentration in the water (though some may require as high as 5,000-7,000ppm). This can barely be tasted, but provides enough salt for the system to produce the chlorine needed to sanitize the water.

(It is important to have a good stabilizer level – *30 – 50 ppm – in the pool, or the sunlight will burn up the chlorine. Without it, the saltwater system may not be able to keep up with the demand regardless of salt concentration.)

Taste and salt shortages are of little concern to seawater systems that maintain an average of 32,000ppm. In these high-salt environments, you need to beware of corrosion to system components that can distort salt level and other parameter readings.

Additionally, incorrect salt concentration readings can occur in any saltwater system. The monitoring/controlling components can and do fail or become scaled — sometimes giving a false low salt reading. Thus, you must test manually for salt concentration with separate instrumentation before adding salt.

You must also test salt concentration manually with separate instrumentation to re-calibrate your system. This is critical to system functioning and production of required chlorine. Myron L’s POOLPRO conveniently tests for salt concentration at the press of the button as a check against automatic controller systems that may have disabled equipment or need to be re-calibrated.

As you can see, there are many factors affecting the comfort and sanitation of pool and spa water and the functioning of the equipment and structures that hold it, and no one instrument or method can be used to determine ALL of them, but Myron L’s POOLPRO gives you the most precise and comprehensive water testing instrument in one easy-to-use, handheld waterproof unit. Where precision counts, we’ve got you covered.

RECORD KEEPING – What to do with all those measurements …

Now that you have the data, you have to correctly transcribe, evaluate, and report it to the proper government agencies, or at least archive it as permanent record of proper compliance to whatever regulations apply to your pool or spa. (As if sanitizing and balancing the chemistry of the water wasn’t enough.)

*It is recommended (by the World Health Organization and other entities) that data handling be done objectively and that data be recorded in a common format and in the most accurate way. Also, data should be stored in more than one permanent location and made available for future analysis. *Most municipalities require commercial aquatic facilities to keep permanent records onsite and available for inspection at any time.

*Myron L’s POOLPRO makes it easy to comply with data record requirements. The POOLPRO is an objective means to test ORP, pH, TDS, temperature and the mineral/salt content of any pool or spa. You just rinse and fill the cell cup by submerging the waterproof unit and press the button of the parameter you wish to measure. You immediately get a standard, numerical digital readout – no interpretation required – eliminating all subjectivity. Up to 100 date-time-stamped readings can be stored in memory and then later transferred directly to a computer using our BluDock™ accessory package. You just set the unit on the Bludock and download the data to the computer. The user never touches or tampers with the data, reducing the potential for human error in transcription. The data can then be imported into any program necessary for record-keeping and analysis. *The Bludock is the fastest, easiest, best way to keep records that comply with governing standards.

Myron L Company’s POOLPRO is SIMPLY the best.

*Consult your governing bodies for specific testing, chemical concentrations, and all other guidelines and requirements. The ranges suggested here are meant as general examples.
Myron L Company assumes no responsibility for lack of compliance to specific regulations governing the testing and control of parameters in your pool and/or spa.

Categories : Application Advice, Case Studies & Application Stories, Product Updates, Science and Industry Updates, Technical Tips

Ultrapens PTBT1 & PTBT2 Now In Stock

Posted by 19 Nov, 2014

Tweet                      ULTRAPEN PTBT1 Conductivity/TDS/Salinity Pen. Bluetooth enabled Pocket Testers for use with Apple iOS 6 and iOS 7 mobile devices. The ULTRAPEN PTBT1 is designed to be extremely accurate, fast and simple to use in diverse water quality applications. Advanced features include the ability to […]

Ultrapen PTBT1

 

 

 

 

 

 

 

 

 

 

Ultrapen PTBT2

Ultrapen PTBT2

 

ULTRAPEN PTBT1 Conductivity/TDS/Salinity Pen.

Bluetooth enabled Pocket Testers for use with Apple iOS 6 and iOS 7 mobile devices. The ULTRAPEN PTBT1 is designed to be extremely accurate, fast and simple to use in diverse water quality applications. Advanced features include the ability to select from 3 different solution types that model the characteristics of the most commonly encountered types of water; proprietary temperature compensation and TDS conversion algorithms; highly stable microprocessor-based circuitry; user-intuitive design; and waterproof housing. A true, one-handed instrument, the PTBT1 is easy to calibrate and easy to use. To take a measurement, you simply press a button then dip the pen in solution. Results display in seconds.

ULTRAPEN PTBT2 pH and Temperature Pen.

The Myron L Ultrapen PT2 is an accurate, easy-to-use pH meter and temperature tester in s durable aircraft aluminum case. The Ultrapen PTBT2 has the same range and accuracy as an Ultrameter II but fits in your pocket. readings and calibration are easy. If you’re a pool service tech, hydroponics grower, or water quality consultant, you’ll love using the PTBT2…for a long time to come.

A free app takes advantage of Apple’s iOS graphical user interface to provide easy-to-read displays and a simple-to-use interface. The Bluetooth link means that there are no wires getting in the way when moving quickly between samples and that paired mobile devices can be held safely away from liquids.

Advanced features include: automatic temperature compensation; stable microprocessor-based circuitry; user-intuitive design and a rugged, waterproof housing.

The Ultrapen PTBT1 measures conductivity, total dissolved solids, salinity and temperature with three, selectable solution modes that model commonly encountered water types.

The Ultrapen PTBT2 measures pH and temperature with one, two and three-point calibration options.

With the Ultrapen OS app, each Ultrapen PTBTx can be given a unique name stored in the Ultrapen’s memory so it is easily identifiable no matter what mobile device is used. Measurement locations can be programmed as GPS locations that are automatically selected when the user is close to a specific measurement local, or non-GPS locations, which are ideal for applications where the sample sites are too close together for the GPS to discriminate.
Through the app, items such as Ultrapen settings, sample temperatures, Ultrapen name and measurement locations can be saved to the mobile device’s memory. Records can be exported via the mobile device’s email function as either .csv, .xls, .xlsx formatted files or using a proprietary, encrypted format. Stored measurements can be sorted or filtered and then emailed or deleted without affecting other records stored in the memory.

ULTRAPEN – PTBT1

Another significant advantage to the PTBT1 is there are no bothersome wires connecting your mobile device to the sensors. Not only is it less hassle to move quickly from sample to sample, but the paired mobile device can be held safely away from the liquid samples being measured.

Using PTBT1 mobile app’s GUI:

• Each PTBT1 can be given a unique, user programmable, 14-character name that is stored in the microprocessor onboard the PTBT1 so that it is easily identifiable no matter what mobile device it is used with.

• Locations can be programmed into the application, either as GPS related locations that are automatically selected whenever the user is close to a specific measurement local, but also as non-GPS related locations. This non-GPS location feature is ideal for applications, such as laboratory environments, where the user might want to distinguish between sample sites that are too close to each other for the GPS to discriminate.

• Each measurement can be saved to the mobile device’s memory. Saved records include measurement data, sensor settings, the temperature, the pen name, and the location.

• Records can be exported via your mobile device’s email function as either .csv, MS Excel .xls or .xlsx formatted files or using Myron L’s .mlc, proprietary, secure and encrypted format.

• Stored measurements can be easily sorted and/or filtered, and emailed separately or deleted without affecting other records stored in the device’s memory.

The PTBT1 combine highly accurate measurement capabilities with the most up to date GUI interface and computing power to provide a powerful tool for both field and laboratory applications.

—————

The app’s GUI allows the user to:
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
Easily connect to any active ULTRAPEN PTBTx pocket tester by one-touch selection from a list of available testers. Connection screen ONLY shows PTBTx pocket testers and ignores other Bluetooth devices.

Download a 14 character name into each ULTRAPEN PTBTx so that it is easily identifiable no matter what mobile device it is used with.

Program locations either as GPS related locations (automatically selected whenever the user is close to a specific measurement local), but also as non-GPS related locations (ideal for applications where sample sites are too close to each other for the GPS to discriminate).

Store Measurement Data and Calibration History that include:
– Measurement Value.
– UltraPen ID / Name.
– Location (programmable as both GPS and Non-GPS related locations)

Data records are:
– Sortable
– Exportable in .xls; .xlsx, .csv format as well as an encrypted, secure Myron L Company proprietary format.
– Can be filtered so that subsets of records can be deleted or exported without affecting other records stored in the device’s memory.

ULTRAPEN Features
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
Advanced features include automatic temperature compensation; highly stable microprocessor-based circuitry; user-intuitive design; and waterproof housing. The PTBTx Pocket Testers are easy to calibrate and easy to use.

WORKS WITH
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
PTBT1 – measures Conductivity, Total Dissolved Solids (TDS), Salinity, and Temperature, with the ability to select from three different solution types that model the characteristics of the most commonly encountered types of water.

PTBT2 – Measures pH and Temperature. Includes a sample and hold mode as well as a live measurements mode. Can be calibrated using 1, 2, and 3 point calibration options.

Future ULTRAPEN PTBTx pocket testers will include measurement of ORP, Free Chlorine and Dissolved Oxygen.

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Compatibility: Requires iOS 6.1 or later. Compatible with iPhone, iPad, and iPod touch. This app is optimized for iPhone 5.

 

 

 

Categories : Company News, Product Updates

The Ultrapen PTBT1: MyronLMeters.com

Posted by 26 Aug, 2014

Tweet MyronLMeters.com announces the arrival of a new product, the UltraPen PTBT1, Bluetooth enabled Pocket Tester for use with Apple iOS 6 and iOS 7 mobile devices, now in stock • Ultrapen PTBT1—Conductivity, Total Dissolved Solids (TDS), Salinity, and Temperature, with the ability to select from 3 different solution types that model the characteristics of […]

MyronLMeters.com announces the arrival of a new product, the UltraPen PTBT1, Bluetooth enabled Pocket Tester for use with Apple iOS 6 and iOS 7 mobile devices, now in stock

Ultrapen PTBT1—Conductivity, Total Dissolved Solids (TDS), Salinity, and Temperature, with the ability to select from 3 different solution types that model the characteristics of the most commonly encountered types of water.

The Ultrapen PTBT1 is accurate, reliable and easy to use in many water quality applications. Advanced features include automatic temperature compensation; highly stable microprocessor based circuitry; user-intuitive design; and waterproof housing. The Ultrapen PTBT1 Pocket Tester is easy to calibrate and easy to use.

The Ultrapen PTBT1 Pocket Tester replaces the standard LCD display of most pen-type meters, with a Bluetooth BLE transceiver that transmits measurements to any paired Apple iOS 6 or iOS 7 mobile device. The readings are displayed in large, easy-to-read characters via a free App specifically designed to take full advantage of the Apple iOS Graphical User Interface (GUI).

Using the Ultrapen PTBT1 mobile app’s interface:

• Each PTBT1 can be given a unique, user programmable, 14-character name that is stored in the microprocessor onboard the PTBT1 so that it is easily identifiable no matter what mobile device it is used with.

• Locations can be programmed into the application, either as GPS locations that are automatically selected whenever the user is close to a specific measurement locale, but also as non-GPS related locations. This non-GPS location feature is ideal for applications, such as laboratory environments, where there are sample sites too close to each other for the GPS to discriminate.

• Each measurement can be saved to the mobile device’s memory. Saved records include measurement data, sensor settings, the temperature, the pen name, and the location.

• Records can be exported via your mobile device’s email function as either .csv, MS Excel .xls or .xlsx formatted files or using Myron L’s .mlc, proprietary, secure and encrypted format.

• Stored measurements can be easily sorted and/or filtered, and emailed separately or deleted without affecting other records stored in the device’s memory.

The PTBT1 combines highly accurate measurement capabilities with the most up to date Graphical User interface and computing power to provide a powerful tool for both field and laboratory applications.

NOTE: PTBT2 = pH and Temperature, PTBT3 – ORP & Temperature, PTBT4 – Free Chlorine Equivalent (FCE ™) & Temperature models, and Android compatible application coming soon.

Categories : Product Updates

New Ultrapen & Ultrameter Solution Sets: Myron L Meters

Posted by 15 Aug, 2014

Tweet              Myron L Meters has made it easy to get the right Ultrapen and Ultrameter solutions – now you can order every Myron L solution you need with one click. When you visit the Ultrameter II 6P  product page, you’ll now see the image above. When you click on the […]

Ultrameter II 6P Solution Set

Ultrameter II 6P Solution Set

 

 

 

 

 

 

 

Myron L Meters has made it easy to get the right Ultrapen and Ultrameter solutions – now you can order every Myron L solution you need with one click.

When you visit the Ultrameter II 6P  product page, you’ll now see the image above. When you click on the VIEW DETAILS button, you go to the Ultrameter II 6P Calibration Solution Set page, where you can order your solutions without having to research them one by one.  Every solution you need for your Ultrameter and Ultrapen is right there on the product page, so make it easy on yourself and order your solutions when you buy your Myron L meter.

It’s never been easier.

 

Categories : Product Updates, Uncategorized

Myron L UltraPen PTBT2 pH and Temperature Pen

Posted by 5 Aug, 2014

TweetComing Soon!                   ULTRAPEN PTBT2 pH and Temperature Pen The Myron L Ultrapen PTBT2 is an accurate, easy-to-use pH meter and temperature tester in s durable aircraft aluminum case. The Ultrapen PTBT2 has the same range and accuracy as an Ultrameter II but fits in your pocket. […]

Coming Soon!

Ultrapen PTBT1 and PTBT2

Ultrapen PTBT1 and PTBT2

 

 

 

 

 

 

 

 

 

ULTRAPEN PTBT2 pH and Temperature Pen

The Myron L Ultrapen PTBT2 is an accurate, easy-to-use pH meter and temperature tester in s durable aircraft aluminum case. The Ultrapen PTBT2 has the same range and accuracy as an Ultrameter II but fits in your pocket. readings and calibration are easy. If you’re a pool service tech, hydroponics grower, or water quality consultant, you’ll love using the PTBT2…for a long time to come.

A free app takes advantage of Apple’s iOS graphical user interface to provide easy-to-read displays and a simple-to-use interface. The Bluetooth link means that there are no wires getting in the way when moving quickly between samples and that paired mobile devices can be held safely away from liquids.

Advanced features include: automatic temperature compensation; stable microprocessor-based circuitry; user-intuitive design and a rugged, waterproof housing.
The Ultrapen PTBT2 measures pH and temperature with one-, two- and three-point calibration options.

With the Ultrapen OS app, each Ultrapen PTBTx can be given a unique name stored in the Ultrapen’s memory so it is easily identifiable no matter what mobile device is used. Measurement locations can be programmed as GPS locations that are automatically selected when the user is close to a specific measurement local, or non-GPS locations, which are ideal for applications where the sample sites are too close together for the GPS to discriminate.

Through the app, items such as Ultrapen settings, sample temperatures, Ultrapen name and measurement locations can be saved to the mobile device’s memory. Records can be exported via the mobile device’s email function as either .csv, .xls, .xlsx formatted files or using a proprietary, encrypted format. Stored measurements can be sorted or filtered and then emailed or deleted without affecting other records stored in the memory.
The Ultrapen PTBT3 with ORP and temperature measurement, Ultrapen PTBT4 with free chlorine equivalent and temperature measurement, and an Android-compatible app are all coming soon.

HIGH PERFORMANCE FEATURES
– Accuracy of ±0.01 pH
– 1, 2 and 3 Point Calibration
– Proprietary Sensor Design
– Automatic temperature compensation
– Reliable Repeatable Results
– Rugged, reliable, shock-resistant fully encapsulated electronics
– Durable body constructed of aircraft aluminum
– Simple one button function
– High capacity N-type battery included
– Waterproof

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The app’s GUI allows the user to:
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
Easily connect to any active ULTRAPEN PTBTx pocket tester by one-touch selection from a list of available testers. Connection screen ONLY shows PTBTx pocket testers and ignores other Bluetooth devices.

Download a 14 character name into each ULTRAPEN PTBTx so that it is easily identifiable no matter what mobile device it is used with.

Program locations either as GPS related locations (automatically selected whenever the user is close to a specific measurement local), but also as non-GPS related locations (ideal for applications where sample sites are too close to each other for the GPS to discriminate).

Store Measurement Data and Calibration History that include:
– Measurement Value.
– UltraPen ID / Name.
– Location (programmable as both GPS and Non-GPS related locations)

Data records are:
– Sortable
– Exportable in .xls; .xlsx, .csv format as well as an encrypted, secure Myron L Company proprietary format.
– Can be filtered so that subsets of records can be deleted or exported without affecting other records stored in the device’s memory.

ULTRAPEN Features
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
Advanced features include automatic temperature compensation; highly stable microprocessor-based circuitry; user-intuitive design; and waterproof housing. The PTBTx Pocket Testers are easy to calibrate and easy to use.

WORKS WITH
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
PTBT1 – measures Conductivity, Total Dissolved Solids (TDS), Salinity, and Temperature, with the ability to select from three different solution types that model the characteristics of the most commonly encountered types of water.

PTBT2 – Measures pH and Temperature. Includes a sample and hold mode as well as a live measurements mode. Can be calibrated using 1, 2, and 3 point calibration options.

Future ULTRAPEN PTBTx pocket testers will include measurement of ORP, Free Chlorine and Dissolved Oxygen.

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Compatibility: Requires iOS 6.1 or later. Compatible with iPhone, iPad, and iPod touch. This app is optimized for iPhone 5.

What’s Included
The Ultrapen PTBT2 Comes with:
PT2 Pocket Tester Pen – battery included
a Scoop
a Soaker Cap
a Pocket Clip
a Holster
a Lanyard
complete operating Instructions
and a 2oz bottle of pH Storage Solution

Average Customer Review: 5 of 5 | Total Reviews: 2

Performs reliably for me every day April 27, 2014

Reviewer: Ron W., consultant from Huntington Beach CA
I purchased two Myron PT2 Ultrapens for pH and temperature monitoring in June this year and I use them 5 days a week without any problems whatsoever. I monitor pH and temperature on a Biotrickling filter foul air scrubber in a remote location and the Ultrapen performs reliably for me every day. I will be looking to Myron to purchase other instruments as the need arises.

The pH unit that works! April 13, 2014

Reviewer: Coree Coppinger from Milwaukee, WI, US
The other hand held meters varied in price from about 18.00 to 170.00, yet they preform the same: inaccurate, slow, leaked and turn itself off before the calculation was finished. All instructions were performed as noted by directions and videos.

A small field pH unit that was accurate and could be counted on. I relish in it’s simplicity and accuracy. The bottom rubber cap has a sponge inside of it to hold the storage solution, this is smart, although the push and twist is difficult with a flexible rubber cap. This could be better designed with a hard twist cap and a O RING in the inside of the cap. I am so happy to find a unit that preforms as it is supposed to, and is dead on with the solutions. The only thing to test next is how well it preforms with time. Yes this Myron L UltraPen PT2 is worth the money. After the ill fated experiences with the other brands being sold on the market you will find the price is much easier to swallow. It works and is accurate, that is all I ask!

 

Categories : Product Updates

MYRON L ULTRAPEN PTBT1: Conductivity/TDS/Salinity

Posted by 5 Aug, 2014

TweetComing soon!   Ultrapen PTBT1 and PTBT2 ULTRAPEN PTBT1 Conductivity/TDS/Salinity Pen Bluetooth enabled Pocket Testers for use with Apple iOS 6 and iOS 7 mobile devices. The ULTRAPEN PTBT1 is designed to be extremely accurate, fast and simple to use in diverse water quality applications. Advanced features include the ability to select from 3 different solution types […]

Coming soon!

 Ultrapen PTBT1 and PTBT2

Ultrapen PTBT1 and PTBT2

ULTRAPEN PTBT1 Conductivity/TDS/Salinity Pen

Bluetooth enabled Pocket Testers for use with Apple iOS 6 and iOS 7 mobile devices. The ULTRAPEN PTBT1 is designed to be extremely accurate, fast and simple to use in diverse water quality applications. Advanced features include the ability to select from 3 different solution types that model the characteristics of the most commonly encountered types of water; proprietary temperature compensation and TDS conversion algorithms; highly stable microprocessor-based circuitry; user-intuitive design; and waterproof housing. A true, one-handed instrument, the PTBT1 is easy to calibrate and easy to use. To take a measurement, you simply press a button then dip the pen in solution. Results display in seconds.

A free app takes advantage of Apple’s iOS graphical user interface to provide easy-to-read displays and a simple-to-use interface. The Bluetooth link means that there are no wires getting in the way when moving quickly between samples and that paired mobile devices can be held safely away from liquids.

Advanced features include: automatic temperature compensation; stable microprocessor-based circuitry; user-intuitive design and a rugged, waterproof housing.
The Ultrapen PTBT1 measures conductivity, total dissolved solids, salinity and temperature with three, selectable solution modes that model commonly encountered water types. The Ultrapen PTBT2 measures pH and temperature with one-, two- and three-point calibration options.
With the Ultrapen OS app, each Ultrapen PTBTx can be given a unique name stored in the Ultrapen’s memory so it is easily identifiable no matter what mobile device is used. Measurement locations can be programmed as GPS locations that are automatically selected when the user is close to a specific measurement local, or non-GPS locations, which are ideal for applications where the sample sites are too close together for the GPS to discriminate.
Through the app, items such as Ultrapen settings, sample temperatures, Ultrapen name and measurement locations can be saved to the mobile device’s memory. Records can be exported via the mobile device’s email function as either .csv, .xls, .xlsx formatted files or using a proprietary, encrypted format. Stored measurements can be sorted or filtered and then emailed or deleted without affecting other records stored in the memory.
The Ultrapen PTBT3 with ORP and temperature measurement, Ultrapen PTBT4 with free chlorine equivalent and temperature measurement, and an Android-compatible app are all coming soon.

ULTRAPEN – PTBT1
Another significant advantage to the PTBT1 is there are no bothersome wires connecting your mobile device to the sensors. Not only is it less hassle to move quickly from sample to sample, but the paired mobile device can be held safely away from the liquid samples being measured.


Using PTBT1 mobile app’s GUI:

• Each PTBT1 can be given a unique, user programmable, 14-character name that is stored in the microprocessor onboard the PTBT1 so that it is easily identifiable no matter what mobile device it is used with.

• Locations can be programmed into the application, either as GPS related locations that are automatically selected whenever the user is close to a specific measurement local, but also as non-GPS related locations. This non-GPS location feature is ideal for applications, such as laboratory environments, where the user might want to distinguish between sample sites that are too close to each other for the GPS to discriminate.

• Each measurement can be saved to the mobile device’s memory. Saved records include measurement data, sensor settings, the temperature, the pen name, and the location.

• Records can be exported via your mobile device’s email function as either .csv, MS Excel .xls or .xlsx formatted files or using Myron L’s .mlc, proprietary, secure and encrypted format.

• Stored measurements can be easily sorted and/or filtered, and emailed separately or deleted without affecting other records stored in the device’s memory.

The PTBT1 combine highly accurate measurement capabilities with the most up to date GUI interface and computing power to provide a powerful tool for both field and laboratory applications.

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The app’s GUI allows the user to:

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Easily connect to any active ULTRAPEN PTBTx pocket tester by one-touch selection from a list of available testers. Connection screen ONLY shows PTBTx pocket testers and ignores other Bluetooth devices.
Download a 14 character name into each ULTRAPEN PTBTx so that it is easily identifiable no matter what mobile device it is used with.
Program locations either as GPS related locations (automatically selected whenever the user is close to a specific measurement local), but also as non-GPS related locations (ideal for applications where sample sites are too close to each other for the GPS to discriminate).
Store Measurement Data and Calibration History that include:
- Measurement Value.
- UltraPen ID / Name.
- Location (programmable as both GPS and Non-GPS related locations)
Data records are:
- Sortable
- Exportable in .xls; .xlsx, .csv format as well as an encrypted, secure Myron L Company proprietary format.
- Can be filtered so that subsets of records can be deleted or exported without affecting other records stored in the device’s memory.
ULTRAPEN Features
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Advanced features include automatic temperature compensation; highly stable microprocessor-based circuitry; user-intuitive design; and waterproof housing. The PTBTx Pocket Testers are easy to calibrate and easy to use.
WORKS WITH
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PTBT1 – measures Conductivity, Total Dissolved Solids (TDS), Salinity, and Temperature, with the ability to select from three different solution types that model the characteristics of the most commonly encountered types of water.
PTBT2 – Measures pH and Temperature. Includes a sample and hold mode as well as a live measurements mode. Can be calibrated using 1, 2, and 3 point calibration options.
Future ULTRAPEN PTBTx pocket testers will include measurement of ORP, Free Chlorine and Dissolved Oxygen.
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Compatibility: Requires iOS 6.1 or later. Compatible with iPhone, iPad, and iPod touch. This app is optimized for iPhone 5.
Categories : Product Updates

UltraEasy Ultrapens: Myron L Meters

Posted by 7 May, 2014

Tweet  Make your work life UltraEasy. The Benefits of an Ultrapen Portable, Durable, Accurate, and Easy Perfect for field testing. Same accuracy and range as an Ultrameter. Tough. Light. Use as backup for your Ultrameter, or as field replacement. Click Here to Find Your Ultrapen Now Your Ultrapen Options Ultrapens: PT1 (Conductivity, TDS, Salinity), PT2 (pH), […]

 


Make your work life UltraEasy.



The Benefits of an Ultrapen

Portable, Durable, Accurate, and Easy

Perfect for field testing.
Same accuracy and range as an Ultrameter.
Tough.
Light.
Use as backup for your Ultrameter, or as field replacement.

Click Here to Find Your Ultrapen Now


Your Ultrapen Options

Ultrapens: PT1 (Conductivity, TDS, Salinity), PT2 (pH), PT3 (ORP), PT4 (Free Chlorine)

Ultrapen Sets: The Ultrapen Combo (1&2), The Ultrapen Set (1,2,3), The Ultrapen Complete (1,2,3,4), The Ultrapen Splash (for pool pros:1,2,4)

Ultrapen PT1 Product Overview – MyronLMeters.com

Ultrapen PT2 pH Pen Product Overview – MyronLMeters.com

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Our mailing address is:

Myron L Meters

3460 Marron Road #103-341

Oceanside, CA 92056

 

Categories : Product Updates, Videos

Real-Time Field Water Analysis with an Ultrameter III 9P: Myron L Meters

Posted by 30 Apr, 2014

Tweet The Ultrameter III 9P Titration Kit allows for fast, accurate alkalinity, hardness & LSI titrations in the field. The Ultrameter III 9P is based on the tried and tested design of the Ultrameter II 6P and measures conductivity, resistivity, TDS, pH, ORP, free chlorine and temperature quickly and accurately. The 9P also features new […]

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The Ultrameter III 9P Titration Kit allows for fast, accurate alkalinity, hardness & LSI titrations in the field.

The Ultrameter III 9P is based on the tried and tested design of the Ultrameter II 6P and measures conductivity, resistivity, TDS, pH, ORP, free chlorine and temperature quickly and accurately. The 9P also features new parameters that allow the user to perform titrations in the field. The Ultrameter III 9P has a unique method of performing alkalinity, hardness and LSI titrations that makes field monitoring fast and feasible.

How does it work?

The 9P titrations are based on conductometric titration methods that are possible with the 9P’s advanced conductivity cell and microprocessor based design. Titrations are chemically equivalent to standard methods using colorimetric techniques, but replace color change identification of equivalence points with changes in conductivity, thereby replacing a subjective, qualitative assessment with a quantitative one. This means the instrument determines the equivalence point instead of the user and the method of analyzing the equivalence point is objective, rather than subjective.

What is a conductometric titration?

A conductometric titration is performed just like a colorimetric titration, only the equivalence point is determined by a change in conductivity rather than a change in color. This is based on the fact that changes in ionic concentration that occur as constituents react with reagents change the electrical conductivity of the solution.

A simple example can be given of the titration of a strong acid with a strong base. The acid solution, before the addition of the base, has a very high conductance owing to the concentration and mobility of the small hydrogen ions.

With the addition of the base, the hydroxide reacts with the hydrogen to form water, thus reducing the hydrogen ion concentration and effectively lowering the conductivity of the solution. The conductivity continues to decrease until all the hydrogen ions are consumed in the reaction, but then sharply increases with the next addition of base, which contains highly conductive hydroxide ions. The solution conductivity then continues to increase with each base addition. The equivalence point in this example would be a clearly defined minimum point of lowest conductivity (see Figure 2).

Not all solutions will give a plot with an equivalence point that is as easy to distinguish as the sharp upturn found in a strong acid-base titration, however. The 9P plots several reagent additions beyond any changes in conductivity and matches the derived curve to the behavior of solutions of known concentration.

Is a conductometric titration a standard method?

(Standard method comparison to methods listed in the Standard Methods for the Examination of Water and Wastewater published by the American Public Health Assn., the American WaterWorks Assn. and the Water Environment Assn.)

Myron L’s conductometric titration methods are chemically equivalent to standard methods that use the same procedure, but with pH indicators. That means that they use the same reagents in the same sequence with the same theoretical approach. The difference lies in the 9P’s ability to determine the equivalence point based on numerical data, rather than subjective observation of a color change.

The alkalinity titration is modeled after standard method 2320. The sample is titrated with sulfuric acid and conductivity changes are recorded at each titration point.

The hardness titration is modeled after standard method 2340. To reduce the affects of high alkalinity in the form of bicarbonate, acid is first added to the sample. This shifts the bicarbonate toward carbonic acid, then carbon dioxide (reference the carbonic acid equilibrium), which is gassed off the sample. The sample is buffered above pH 10 (effectively pH 12) by the addition of sodium hydroxide. EDTA reagent is then added incrementally, with conductivity measured after each addition.

The LSI titration uses a simplified version of the thermodynamic equations for the determination of the scaling tendency of water developed in 1936 by Dr. Wilfred Langelier. The user simply titrates for alkalinity and hardness, then measures pH and temperature, and the 9P generates the saturation index value automatically.

Conductometric vs. Colorimetric

The benefits of determining the equivalence points by conductometric titrations are that the user does not have to interpret any results. The 9P does it for you using objective measurements. And the 9P is a faster method. For example, a typical colorimetric titration for hardness can take up to 30 drops of reagent, while the 9P method for the same concentration only requires six to eight drops. Colorimetric distinctions are sometimes hard to make, as well, especially when adding reagents drop by drop while trying to carefully observe the precise point at which the color changes—and that can lead to inaccurate data. This is especially true in colored or turbid solutions.

The conductometric method can also be used with very dilute solutions or for solutions for which there is no suitable indicator. The conductometric titration method gives you empirical results that are calculated for you, eliminating potential sources of error. And the measurements can be stored in memory for later data transfer using the optional U2CI software and bluDock Bluetooth hardware installed on the 9P . This makes data analysis and reporting seamless.

What else can the Ultrameter III 9P do?

Alkalinity, hardness, pH and temperature values used to compute the saturation index of a sample can be manipulated in the LSI Calculator function, allowing you to perform on the spot analysis of water balance scenarios. You can use historical or theoretical data to populate the required values in the calculator.

And the 9P titration kit comes with all required accessories, reagents, and calibration solutions (see Figure 6). Streamline your field testing with an Ultrameter III 9P from MyronLMeters, where you can save 10% when you order online.

Myron L Meters is the premier online retailer of accurate, reliable, and easy-to-use Myron L meters like the Ultrameter III 9P.  Save 10% when you order online at MyronLMeters.com. Find out more about the Ultrameter III 9P in our Myron L Meters – Ultrameter III 9P Titration Kit Overview video.

 

Categories : Case Studies & Application Stories, Product Updates