Type Z7A Accuracy class according to OIML R 60 Max. number of load cell verification intervals (nLC) D1 1 000 C3 3 000 Max. capacity (Emax) t 0.5; 1; 2; 5; 10 2; 5; 10 Min. load cell verification interval (vmin) Sensitivity (Cn) Sensitivity tolerance % of Emax mV/V % 0.0357 0.0100 2 <±0.1000 <±0.0500 Temperature effect on sensitivity (TKC)1) Temperature effect on zero signal (TK0) % of Cn/10 K <±0.0350 <±0.0500 <±0.0117 <±0.0140 Hysteresis error (dhy)1) % of Cn <±0.0500 <±0.0170 Non-linearity (dlin)1) <±0.1000 <±0.0333 Creep (dcr) in 30 min. <±0.0735 <±0.0167 Input resistance (RLC) at reference temperature Output resistance (RO) at reference temperature Ω > 350 356±0.2 356±0.12 Nominal rang of excitation voltage (Uref) Maximum excitation voltage (BU) V 0.5...12 18 Reference temperature °C [°F] +23 [+73.4] Nominal temperature range (BT) Operating temperature range (Btu) ï10...+40 [+14...+104] ï30...+70 [ï22...+158] Storage temperature range (Btl) ï50...+85 [ï58...+185] Save load limit (EL) Breaking load (Ed) % of E 150 300

Max. capacity (Emax)	t	0.5	1	2	5	10
Relative static lateral force limit (Elq) 2)	% of Emax	100	50	25 (100)2)	15 (100)2)	18 (100)2)
Permissible dynamic load (Fsrel)
		70
(vibration amplitude according to DIN 50100)
Nominal displacement (snom), approx.	mm	0.25	0.30	0.35	0.45	0.70
Weight (G), approx.	kg	2.3	2.3	2.3	5	8
Degree of protection according to EN60529 (IEC529)		IP 67
Material Measuring body Cable gland Cable sheath		Steel, galvanized Stainless steel / Viton PVC

1) The values stated for the non-linearity, the hysteresis and the temperature coefficient of sensitivity are standard values. The sum of these va- lues is within the accumulated error limit according to OIML R60.

2) The values given in parentheses refer to installation with stops preventing the transducer base from moving. In this case, major error effects have to be anticipated.